HI-TECH PROJECTS June20 Final.… · HI-TECH PROJECTS (An Industrial Monthly Magazine on New...

HI-TECH PROJECTS(An Industrial Monthly Magazine on New Project

Opportunities and Industrial Technologies)

JUNE 2020 Issue(E-copy)

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Hi-Tech Projects,June’20, www.eiriindia.org # 03

MOST DEMANDABLE PROJECTSAQUACULTURE PRAWN

FARMING [3264]India is endowed with a long coastline andhence offers scope for large exploitationof marine wealth. The marine Prawnproduction of India is about 40 per centof the total of slightly about 40 per centof the total of slightly over 4 million metrictons, coming from all over 4 million metrictons, coming from al l the countr iesbordering the Indian Ocean. The Fisheriessector plays an important role in Indianeconomy contributing about role in Indianeconomy contributing about 1% to theGross Domestic Product (GDP). India isalso an important country that producesPrawn through aquaculture in the world.India is home to more than 10 percent ofthe global Prawn diversity. Presently, thecountry ranks second in the world in totalPrawn production with an annual Prawnproduction of about 9.06 mill ion metrictons. In the seventies fishermen startedconcentrating on catching prawns morecommonly known as `shrimps' due to highprofitable return on the same on accountof their export value. Brackish water prawnfarming started in a big way during 91-94especially in the coastal districts of AndhraPradesh and Tamil Nadu. Many small unitscontinued to do farming and adoptingextensive prawn farming systems. Theshrimp farming has now been regulatedwith the establ ishment of AquacultureAuthori ty of India as per directions ofSupreme Court for issuing licenses andoverall supervision. It is commonly saidthat after Green and White Revolution inIndia, i t is time for Blue Revolution toexploit the huge potential in fisheriessector. Shrimps are called the "PinkishGold" of the sea because of its universalappeal, unique taste, high unit value andincreasing demand in the world market.Prawn culturing is a commercial businessunit. Culturing fresh water prawn is mainlybecause Freshwater prawn farming is notnearly as technically demanding or capitalintensive as farming of sea prawns so itis a more accessible system for small-scale operators. In addition, freshwaterprawn production tends to be moreenvironmental ly sustainable becauseprawns are territorial in nature and arestocked at lower densities. They can befarmed in warm climates wherever thereis a suitable site with a good supply offresh water. Aquaculture in India is a veryimportant economic activity and boomingsector wi th a wide range of emergingpotential. An unparalleled average annualgrowth rate of over 4.5 percent over theyears which has placed the country inthe forefront of global Prawn production,only after China. India ranks second inthe world in total Prawn production with anannual Prawn production of about 9.06mi l l ion metr ic tons. RAS is basical lyRecirculation Aquaculture Systems and

i t captures a new and unique way ofrearing fish instead of using the old-styleor outdoors method of rearing fish in openfish ponds. This system therefore helpsin rearing fish at high densities, in indoortanks with a well monitored environment.RAS commonly filter and clean the waterfor reusing back in the fish culture tanks.New water is however added to the tanksto recover the water that might have beenlost through ei ther splashed water,evaporation, and water that is used toflush out waste materials. Contrary toRAS, fish ponds and raceway systemspass the entire water through the pond orthe tank and then is discarded and hencea lot of water is wasted in the process.For healthy and grown fish throughoutthe growing period clean water at anappropriate temperature, the right quantityof food per day and sufficient dissolvedoxygen content are the fundamentalrequirements for optimum growth.

COST ESTIMATIONPlant Capacity 8080 Kg/TankLand (20350 sq.mt) Rs. 11.12 Cr.Plant & Machinery Rs. 23.50 LacsW.C. for 1 Month Rs. 38.56 LacsTotal Capital Investment Rs. 12.04 Cr.Rate of Return 14%Break Even Point 69%**********************************************

QUARTZ AND FELDSPARMANUFACTURING [3263]

Quartz is a mineral, which is a member ofsilica groups. It is present in silica rich-igneous rocks and it is the basic materialsof sandstone and is found in metamorphicrock lime gneisses, schists, charnockitesand khondal i tes If pure, quartz is acolorless, transparent, and very hardcrystalline material of glass-like look. Thewell -known rock crystals - six-sidedprisms with a six-sided pyramid at theirends - are simply well formed crystals ofquartz. Quartz appears in a number ofcolored varieties, like amethyst (violet),citrine (yellow), or smoky quartz (gray,brown to black). It also occurs in denseforms with no visible crystals, l ike themulti-colored agate and the gray flint.The term 'quartz' is often referred to as asynonym for silica. Silica (SiO2) is oneof the ubiquitous materials in the earth'scrust. Quartz, quartz crystals, quartzite,silica sand, sand (others) and mouldingsand are all coined together in one genericname 'silica minerals'. This is because allthese commodit ies are essential lycrystal l ine si l icon dioxide (SiO2) wi thvariations mostly related to thei rcrystal l ine structure and presence ofminor or trace impurities. Silica occurs inseveral forms giving rise to di fferentvariet ies. The important varieties ofcrystal l ine quartz are vein quartz(massive crystalline quartz); milky quartz(white, translucent to opaque); ferruginousquartz (containing brown limonite and red

haematite and almost opaque);aventurine quartz (containing glisteningflakes of mica or haematite); cat's eye(opalescent greenish quartz with fibrousstructure); rock crystal (clear, colourless,wel l-crystal l ised transparent quartz);amethyst (clear-purple or violet-blue),transparent quartz; rose quartz; smokyquartz; etc. Occurrences of massivecrystalline quartz in veins or pegmatiteshave been recorded in almost al l thestates. These variet ies include sandconsisting largely of unconsol idatedquartzose grains (0.06 mm to 2 mmdiameter), gravel consisting largely ofunconsolidated coarse quartzose grainsor pebbles (2 mm to 8 mm in diameter),sandstone and quartzite. The occurrencesare reported from Andhra Pradesh, Bihar,Delhi , Haryana, Karnataka, Kerala,Madhya Pradesh, Rajasthan, Tamil Nadu,Uttar Pradesh, etc. The silica sand fromNaini area in Al lahabad district, UttarPradesh is of a very high qual ity. Thisgroup includes chalcedony, agate, jasper,onyx, f l int and chert. These variet iesappear noncrystal l ine (amorphous) inhand specimens, but under microscopeshow double refraction which reveals theirconcealed crystal l ine nature. Thesevarieties are reported from Gujarat, UttarPradesh, Tamil Nadu, Andhra Pradesh,Maharashtra, Madhya Pradesh, Karnatakaand Punjab. The most importantoccurrences of agate are in Ratnapur,Rajpipla area and further west betweenTapi and Narmada rivers in Bharuchdistr ict, Gujarat, where i t is found aspebbles in varying sizes associated withclay washed down by the river flow. Otheroccurrences of economic importance arereported from Amravati , Aurangabad,Buldhana, Chandrapur, Nashik and Punedistricts in Maharashtra; beds of Krishnaand Godavari rivers in Andhra Pradesh;Dumka distr ict in Jharkhand; Dhar,Mandsaur, Sihore and Shahdol districtsin Madhya Pradesh; and Kachchh districtin Gujarat.

COST ESTIMATIONPlant Capacity 1200 MT/DayLand (10,000 sq.mt) Rs. 2.82 Cr.Plant & Machinery Rs. 3.30 Cr.W.C. for 1 Month Rs. 6.47 Cr.Total Capital Investment Rs. 12.92 Cr.Rate of Return 42%Break Even Point 49%*************************************************

ASSEMBLY OF PCB (PRINTEDCIRCUIT BOARD) [3262]

A PCB is a printed circuit board is used inelectronics to build electronic devices. APCB serves two purposes in theconstruction of an electronic device; it isa place to mount the components and itprovides the means of electr icalconnection between the components. 1.Single-sided PCB, The single-sided PCBsare mostly used in entertainment


Best Industries to Start and Growelectronics where manufacturing costshave to be kept at a minimum. However,in industrial electronics also, cost factorscannot be neglected and single-sidedboards should be used wherever aparticular circuit can be accommodatedon such boards. To jump over conductortracks, components have to be util ized(Fig A). If this is not feasible, jumperwires are used. The number of jumperwires on a board, however, is restrictedby economic reasons. If their number ismore than a few, the use of a double-sided PCB should be considered.Advantages of single-sided PCBs include:• Low cost, especial ly for volumeproduction; • Low rate of issues duringPCB manufacturing process, accordingly,leading to high speed of fabrication; •Suitable for simple circuits. Double-sidedPCBs can be made with or without plated-through holes. The production of boardwith plated-through holes is fai rlyexpensive. Therefore, plated-through holeboards are only chosen where the circuitcomplexity and density does not leaveany other choice. Even on such boards,the total number of plated-through holes,in particular of via-holes (holes util izedonly for through-contact and not forcomponent mounting), should be kept tothe minimum for reasons of economyand reliability. The cost factor for double-sided PCBs without plated-through holesis considerably lower because plating canbe avoided. Through-contacts are madeby soldering the component leads on boththe board sides where required. Jumperwires may still be added. However, handsoldering must be applied for solderingof the component side joints. In thelayout design of such boards, solderjoints on the component sides have tobe kept minimum in number because thereplacing of such components isextremely difficult. A typical strategy istherefore to real ize the conductors asmuch as possible on the non-componentside and to put only the remaining onceon the component side. Such boards aretherefore compromise betweenserviceabi l i ty and electrical designoptimum on the one hand and the costfactor on the other. Therefore,advantages of double-layer PCBs canbe summarized into the following aspects:• More flexibi l i ty for designers; • Anincrease of circuit density; • Relativelylow cost; • Reduction of board size.

COST ESTIMATIONPlant Capacity 267 Nos/DayLand (2000 sq.mt) Rs. 3.32 Cr.Plant & Machinery Rs. 91 LacW.C. for 2 Months Rs. 2.67 Cr.Total Capital Investment Rs. 7.20 Cr.Rate of Return 37%Break Even Point 42%***********************************************

BORIC ACID POWDER [3260]Boric Acid is white odorless and nearlytasteless powdered substance which isnot flammable combustible or explosiveand i t present no unusual hazard i finvolved in a fire. Boric Acid is used asan antiseptic for minor burns on cuts aseye drops to treat yeast and fungalinfection such as candidacies, as aninsecticide for control of cockroaches,termi tes, f i re ants, fleas formanufacturing glass and fiber glass,halogen light bulbs, laboratory glass wareand circuit boards in nuclear power plantsto slow down the rate at which fission isoccurring. Boric acid, also cal ledhydrogen borate, boracic acid, orthoboricacid and acidum boricum, is a weak,monobasic Lewis acid of boron oftenused as an antiseptic, insecticide, flameretardant, neutron absorber, or precursorto other chemical compounds. It has thechemical formula H3BO3 (sometimeswritten B(OH)3), and exists in the formof colorless crystals or a white powderthat dissolves in water. When occurringas a mineral, it is called sassolite. Boricacid, or sassolite, is found mainly in itsfree state in some volcanic districts, forexample, in the Italian region of Tuscany,the Lipari Islands and the US state ofNevada. In these volcanic settings i tissues, mixed with steam, from fissuresin the ground. I t is also found as aconstituent of many naturally occurringminerals – borax, boraci te, ulexite(boronatrocalcite) and colemanite. Boricacid and its salts are found in seawater.It is also found in plants, including almostall frui ts. Boric acid was first preparedby Wilhelm Homberg (1652–1715) fromborax, by the action of mineral acids,and was given the name sal sedativumHombergi ("sedative salt of Homberg").However borates, including boric acid,have been used since the time of theancient Greeks for cleaning, preservingfood, and other activities.

COST ESTIMATIONPlant Capacity 10 MT/DayLand (4000 sq.mt) Rs. 2.05 Cr.Plant & Machinery Rs. 1.10 Cr.W.C. for 2 Months Rs. 3.80 Cr.Total Capital Investment Rs. 7.07 Cr.Rate of Return 23%Break Even Point 55%*********************************************

NYLON MULTIFILLAMENTFISHING NETS AND TWINES

FACTORY [3259]Fishing net is a fabric made joining twineat an interval of about half an inch or soto form a set of mashes for catchingthe fish. These have been from pliedcotton yarn so far in our country & manyother countries, but slowly i t is beingreplaced by the fish nets manufactured

by using chemically treated extra strongnylon yarns. For marine fishing onlynylon fish net is preferred. Fish nets aremanufactured by HDPE Yarn twistednylon or cotton yarns. These are wovenon special looms. Fish nets are made oftwo types e.g. Knotted type or knotlesstype. Normally transparent nylon is usedfor the manufacture but the colourednylon yarns may be employed for thepurpose which makes it a bit economical.Generally fish nets are marketed in thesize of nets 12 feets X 12 feets withinches of (0.5 "), (0.75 ") where as thef irst one is most popular & widelyacceptable qual i ty. Fisheries sectoroccupies a very important place in thesocio-economic development of thecountry. It has been recognized as apowerful income and employmentgenerator as i t stimulates growth of anumber of subsidiary industries and is asource of cheap and nutr i t ious foodbesides being a foreign exchange earner.Most importantly, i t is the source ofl ivel ihood for a large section ofeconomically backward population of thecountry. Marine Fisheries contributes tofood securi ty and provides directemployment to over 1.5 mil l ion fisherpeople besides others indi rect lydependent on the sector. The total marinefisher folk population of 3.57 mn is in3,305 marine f ishing vi l lages spreadacross the coastal States and UnionTerritories (including islands). Of these,0.90 million are active fisher people, andanother 0.76 mill ion fisher people areinvolved in other fisheries-relatedactivi ties. The country’s fresh waterresources consist of 195210 kilometersof rivers and canals, 2.9million hectaresof minor and major reservoirs, 2.4 millionhectares of ponds and lakes and about0.8 million hectares of flood plain lakesand derelict water bodies. At present itcontributes almost 13% of the total fishproduction in the country. Signif icantcontributions also come from freshwaterand brackish- water aquaculture.

COST ESTIMATIONPlant Capacity 2.40 MT/DayLand (1200 sq.mt) Rs. 1.44 Cr.Plant & Machinery Rs. 1.98 Cr.W.C. for 2 Months Rs. 3.62 Cr.Total Capital Investment Rs. 7.21 Cr.Rate of Return 27%Break Even Point 49%********************************************

CONVERSION OF BORIC ACIDGRANULAR/CRYSTALLINEMATERIAL TO BORIC ACID

POWDER [3258]Boric Acid is white odorless and nearlytasteless powdered substance which isnot flammable combustible or explosiveand i t present no unusual hazard i finvolved in a fire. Boric Acid is used as


Start Your Own Industryan antiseptic for minor burns on cuts aseye drops to treat yeast and fungalinfect ion such as candidacies, as aninsecticide for control of cockroaches,termi tes, f i re ants, fleas formanufacturing glass and fiber glass,halogen light bulbs, laboratory glass wareand circuit boards in nuclear power plantsto slow down the rate at which fission isoccurring. Boric acid, also called hydrogenborate, boracic acid, orthoboric acid andacidum boricum, is a weak, monobasicLewis acid of boron often used as anantiseptic, insecticide, flame retardant,neutron absorber, or precursor to otherchemical compounds. It has the chemicalformula H3BO3 (sometimes wri ttenB(OH)3), and exists in the form ofcolorless crystals or a white powder thatdissolves in water. When occurring as amineral, it is called sassolite. Boric acid,or sassolite, is found mainly in its freestate in some volcanic distr icts, forexample, in the Italian region of Tuscany,the Lipari Islands and the US state ofNevada. In these volcanic sett ings i tissues, mixed with steam, from fissuresin the ground. I t is also found as aconstituent of many naturally occurringminerals – borax, boraci te, ulexite(boronatrocalcite) and colemanite. Boricacid and its salts are found in seawater.It is also found in plants, including almostall fruits. Boric acid was first prepared byWi lhelm Homberg (1652–1715) fromborax, by the action of mineral acids,and was given the name sal sedativumHombergi ("sedative salt of Homberg").However borates, including boric acid,have been used since the time of theancient Greeks for cleaning, preservingfood, and other activities.

COST ESTIMATIONPlant Capacity 10 MT/DayLand (4000 sq.mt) Rs. 2.05 Cr.Plant & Machinery Rs. 1.10 Cr.W.C. for 2 Months Rs. 3.80 Cr.Total Capital Investment Rs. 7.7 Cr.Rate of Return 23%Break Even Point 55%*********************************************

CATTLE FEED [3257]India possesses an enormous cattle (180million) and buffalo (61 million) populationbut the annual milk production hasreached only about 30 million tons. Thelow milk production is primarily dur to thepoor potential of the animal and the lackof adequate nutri tion. For the ful lestexploitation of their genetic potentialities,better feeding must go hand in hand withbetter breeding. The principal feedresources for animal consumption in thecountry are crop residues like straws ofwheat, rice and other cereals and stoveswhich are very poor in feed value. Eventhese ate in short supply. These aresupplemented to some extent by

relat ively better qual i ty fodders l ikecultivated leguminous and non liguminousfodder grasses and concentrates. Thelatter are formulated largely from agro-industrial by-product and forest wastesand small quantities of low-grade cerealswith the present stock of feed and fodderresources available in the country, it iswel l impossible to meet the nutr ientrequirements of even the present daylow-producing cattle and buffaloes sucha si tuation is bound to aggravatedi fficult ies in the feeding of betterproducing livestock such as cross bredlows in exploit ing thei r ful l geneticpotential i ty for early growth, betterreproduction and higher milk production.Livestock in the country, therefore,suffer widely from insuff ic ient supplyof nutrients. The unconventional agro-industrial by products and forest wastesmay find a greater use as livestock feedsin coming years. The nutritive value oftropical feeds and fodder is lower thanthose grown in temperate region. Thissituation does not allow cows to consumemaximum amount feeds, nor to get feedsof minimum allowable digestibility. It isnot possible to anticipate any remarkableimprovement in the feed situation in thenear future and also in the supply of highdigestible ingredients like waste grains.The digest ibi l i ty of feed for meetingnutrient requirements of the cattle mustbear relation to its intake capacity. Inorder that a cow with high milk yieldingpotential, which this country is lookingforward to have in large numbers, producemilk to their inherited capacity, it will benecessary to provide adequate andbalanced nutrition that should include highquality fodder and concentrates, mostlyoriginating from agro industrial byproducts and wastes. The poor qualityfodders like straws and stovers whenchopped and fort i fied wi th urea,molasses and mineral mixture, improvein nutritive value and papatability. Suchpractice should be followed to maximizethe uti l ization of valuable fodderresources. It is also necessary topreserve good quality forage as hay orsilgae to provide for feed during the leanperiods. Wi th the avai labi l i ty of foodqual i ty fodder and some feedconcentrate to supplement the ration inmeeting the various nutr ientrequirements, the milk production wi l lcertainly go higher even.

COST ESTIMATIONPlant Capacity 20 Ton/DayLand (13064 sq.ft) Rs. 1.04 Cr.Plant & Machinery Rs. 22 LacsW.C. for 2 Months Rs. 1.11 Cr.Total Capital Investment Rs. 2.42 Cr.Rate of Return 27%Break Even Point 54%**********************************************

HDPE PIPE MANUFACTURINGUNIT (75MM EXTRUDER) SIZE: 1

INCH TO 5 INCH OD [3256]High-density polyethylene (HDPE) is apolyethylene thermoplastic made frompetroleum. I t is known for i ts largestrength-to-density ratio. The density ofHDPE can range from 0.93 to 0.97g/cm3 or 970Kg/m3. The di fference instrength exceeds the di fference indensity, giving HDPE a higher specificstrength. It is also harder and moreopaque and can withstand much highertemperatures (120°C for short periods,110°C continuously). High-densitypolyethylene, unl ike polypropylene,cannot wi thstand normal ly requi redautoclaving condi t ions. The lack ofbranching is ensured by an appropriatechoice of catalyst (e.g., Ziegler-Nattacatalysts) and reaction conditions. HDPEpipes are important plastic productswhich have wide range of applications.These have more tensi le strength incomparison to other plastic pipes. Theseare being used for Sprinkler IrrigationSystem, potable water supply andsewerage purpose. Their low cost, easilyinstallation and better durabi li ty makethem ideal for the purpose. They alsooffer very good resistance to most ofthe chemicals and have excel lentelectrical insulation properties. Thesepipes are also used for circulation ofacids in various chemical industries dueto their acid resistant qual i ty. Thedemand of HDPE Pipes are l ikely toincrease due to their wide use in varioussectors in India. Apart from its regularuses, such as for irrigation system, watersupply, sewerage, i t is being used byDepartment of Telecommunication forconduit for optical fiber cables. Lookingto its increased demand, it appears to begood scope for setting up new small scaleindustries. Hence the product has goodmarket potential.

COST ESTIMATIONPlant Capacity 16 MT/DayLand (15000 sq.mt) Rs. 8.10 Cr.Plant & Machinery Rs. 6.49 Cr.W.C. for 2 Months Rs. 6.44 Cr.Total Capital Investment Rs. 21.79 Cr.Rate of Return 30%Break Even Point 49%********************************************

POTATO CHIPS [3255]When American-style potato chips wereintroduced in Great Britain in the 1920s,to avoid confusion with the establishedterm “chip potatoes” they were cal ledpotato crisps or simply cr isps. Overtime, though, these clearly drawndist inct ions became blurred. Forinstance, British-style batter-fried fil letsand fried potatoes have become popularin the United States and Canada, and


Start Your Own Industryeven on the western side of the Atlanticthey’re called “fish and chips.” Similarly,when thin French fries—along withhamburgers and other American fastfoods—went global , the word “fries”became the standard term in manyEnglish-speaking countries (at least infast-food outlets). Likewise, as Americansnack foods were marketed overseas,the term potato chips was adoptedthroughout the world, even in the UnitedKingdom—although most people there dosti l l call them “crisps.” The creators ofnovel potato-based snacks haveintroduced some new coinages to the worldof chips and crisps. In 1967, GeneralMills introduced Chipos, said to be tastier,crisper, lighter, and less oily because theywere fried much faster than traditionalpotato chips. Two years later Procter &Gamble introduced Pringles, made fromdehydrated and reconstituted potatoes.Pringles are uniform in size and shape,so they can be stacked and packaged ina tube. Chipos didn’t make the cut as acommercial product. Pringles were atremendous success and are sold all overthe world, but apparently the time hasnot arrived for them to be enshrined in anOxford dict ionary. Potato is widelyconsumed as food al l over the world.Cooked potatoes, in various forms areoffered in restaurants and refreshmentstalls and variety of processed potatoproducts are avai lable in the market.Surplus and cul l potatoes are used asfeed for livestock and also as raw materialfor the manufacture of starch, ethylalcohol and a few other industrial products.Potatoes are consumed not only as afresh vegetable, but also in a variety ofprocessed forms. Dehydrated potatoproducts have been known for long andare especial ly valued because theyafford convenience for use; they havegood storage stability and are relativelyany to transport. In recent years, therehas been, a great spurt in theconsumption of processed products,such as potato chips, dehydratedmeshed potatoes, and frozen potatoproducts. Potato chips are basically usedfor snacks purposes. They are producedby rapid dehydration of potato slices bydirect contact with hot fact. Its crispnessand special palatabi l i ty make i t thefavori te of people of al l age group.Different varieties of potatoes areusually used for chips.

COST ESTIMATION

Plant Capacity 2 MT/DayLand & Building (1500 sq.mt) Rs. 98 LacsPlant & Machinery Rs. 2 Cr.W.C. for 3 Months Rs. 2.11 Cr.Total Capital Investment Rs. 5.32 Cr.Rate of Return 19%Break Even Point 69%

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TOMATO PASTE, KETCHUP,TOMATO PUREE AND TOMATO

POWDER [3254]Tomatoes are amongst the most widelygrown crop in India. The largest productioncenters are in southern and central India-Principally the states of Andhra Pradesh,Telangana, Karnataka, Madhya Pradeshand Maharashtra. Tomatoes are producedand processed during the two mainseasons across much of India-August toOctober (Kharif) and December to April(rabi). Where conditions suit, tomatoesare also grown during the off-season(May to July) including under protectedcultivation though given the low volumesof production, prices are often the highestduring this period. India is the world’ssecond largest tomato producer butprocesses less than 1% of its production.This impacts farmers by way of highpostharvest losses and low returns duringperiods of market glut. Indian tomatobased product manufacturers importsignificant quantities of tomato pulp andpaste at high prices which also entails animport duty of 30%. Existing Indian pasteand pulp makers are unable to operatetheir units at optimum capacities due to alack of fresh tomato at the requiredvolumes at the right price. Further, thetypes of tomatoes currently grown in Indiaare generally less suitable for processingdue to their low quality parameters forpaste and pulp production. The overallresult of these constraints is a loss ofvalue to al l stakeholders involved withtomato production and processing and itswider impact on local and regionaleconomic development.

COST ESTIMATIONLand (1200 sq.mt) Rs. 73 LacsPlant & Machinery Rs. 1.20 Cr.W.C. for 3 Months Rs. 1.36 Cr.Total Capital Investment Rs. 3.45 Cr.Rate of Return 30%Break Even Point 65%************************************************

TOILET PAPER AND NAPKIN[3253]

Tissue paper or simply tissue is alightweight paper or, l ight crêpe paper.Tissue can be made from recycled paperpulp. Key properties are absorbency,basis weight, thickness, bulk (specificvolume), brightness, stretch, appearanceand comfort. Tissue paper is producedon a paper machine that has a singlelarge steam heated drying cyl inder(yankee dryer) fitted with a hot air hood.The raw material is paper pulp. Theyankee cyl inder is sprayed withadhesives to make the paper stick.Creping is done by the yankee's doctorblade that is scraping the dry paper offthe cylinder surface. The crinkle (crêping)is control led by the strength of the

adhesive, geometry of the doctor blade,speed difference between the yankee andfinal section of the paper machine andpaper pulp characteristics.

COST ESTIMATIONPlant Capacity 1.50 Ton/DayLand (800 sq.mt) Rs. 39 LacsPlant & Machinery Rs. 33 LacsW.C. for 3 Months Rs. 1.58 CrTotal Capital Investment Rs. 2.35 CrRate of Return 28%Break Even Point 67%************************************************

CANDY MANUFACTURING (CAP:300 TON/MONTH) [3252]

Candy making is the preparation ofcandies and sugar confections. Candyis made by dissolving sugar in water ormilk to form a syrup, which is boiled untilit reaches the desired concentration orstarts to caramelize. The type of candydepends on the ingredients and how longthe mixture is boiled. Candy comes in awide variety of textures, from soft andchewy to hard and brittle. A chocolatier isa person who prepares confectioneryfrom chocolate, and is distinct from achocolate maker, who creates chocolatefrom cacao beans and other ingredients.Cotton candy is a form of spun sugaroften prepared using a cotton candymachine. Making candy can be hazardousdue to the use of boiled sugar and meltedchocolate. Boiling sugar often exceeds150°C (302°F) hotter than most cookedfoods and the sugar tends to stick to theskin, causing burns and blisters upon skincontact. Worker safety programs focuson reducing contact between workers andhot food or hot equipment, and reducingsplashing, because even small splashescan cause burns. Some ingredients canalso irritate the eyes and lungs, if, forexample, powdered ingredients areaccidentally inhaled, so worker protectioninvolves reducing exposure to potentiallyirritating ingredients. Hard candy, alsoreferred to as boiled sweet, is a candyprepared from one or more syrups boiledto a temperature of 160°C (320°F). Aftera syrup boiled to this temperature cools,it is called hard candy, since it becomessti ff and bri ttle as it approaches roomtemperature. Hard candy recipesvariously cal l for syrups of sucrose,glucose, or fructose. To add color, foodcoloring is sometimes used.

COST ESTIMATIONPlant Capacity 8 Ton/DayLand (2000 sq.mt) Rs. 2.24 CrPlant & Machinery Rs. 1.25 CrW.C. for 2 Months Rs 3.84 CrTotal Capital Investment Rs. 7.45 CrRate of Return 42%Break Even Point 38%***********************************************

Top Industries to Start


NAMKEEN INDUSTRY [3251]India is one of the few countries thatcontinues to see brisk growth in spite ofthe ongoing economic slow-down at aglobal level. A 7.6% growth in Fiscal 2017has been forecast by the RBI. It isexpected that with the revival of industrialact ivi ty, introduction of pol iciesfavourable to industries, “Make in India”promotions, and low energy costs theactual growth may be higher thanpredicted. The large population and theincreasing number of youth in the countryare fuel l ing the demand for variousproducts, which is infusing liquidity in themarket. With a large population, the foodmarket in India is seeing largeinvestments. The current Indian foodsmarket is estimated at ?2,700 billion andis expected to n grow at a CAGR of 11%.The food industry has received FDI ofabout USD 6.7 billion in the last 15 yearswith a further potential to receive overUSD 33 bi l l ion in the next ten years.Additionally, the food processing industryin India contributes about 14% to the GDP,while accounting for 6% of all industrialinvestments. The per capita foodconsumption in India is three to four timeslesser than that of developed economies.The low per capita consumption and theshortage of food in certain pockets offertremendous opportuni ties for foodcompanies. This has been recognized bymany companies, including the globalones, which are increasingly investing inIndia. India is the second most populouscountry in the world and the population isexpected to grow at the rate of 1.1% overthe next five years. The share of youngpeople in the total population was 64% in2015, which is of key importance as theywil l be driving the demand for variousproducts, including foods in general, andpacked foods. This share is expected tocontinue and highlights a large potentialfor growth in India. Unl ike i tspredecessors, the current generationspends money more easi ly, especial lyon food, apparel, and traveling, as a resultof more disposable income. With higheremployment opportunities in cities, youngpeople prefer to migrate to urban areas;and with limited time and resources tocook, the young working populat iondepends on processed foods. This isclearly reflected by the increasing salesof processed food products in Tier-1 andTier-2 cities.

COST ESTIMATIONPlant Capacity 8 Ton/DayLand (2000 sq.mt) Rs. 2.24 CrPlant & Machinery Rs. 1.25 CrW.C. for 2 Months Rs 3.84 CrTotal Capital Investment Rs. 7.45 CrRate of Return 42%Break Even Point 38%*************************************************

KITCHEN MASALAS (SPICES)[3250]

Spices which are basically plant products,have a definite role to play in enhancingthe taste flavour, relish or piquancy ofany food, most of the spices arepagrant, aromatic and pangent. Theycomprise seeds, bartes, rhizome, leavesfruits and other parts of plants, whichbelong to varigated species and generasince time immorial, India in renamed tobe the have of spices. Most importantspices like black pepper (king of spices)cardamom (queen of spices) cardamom(queen of spices), ginger, chi l ies andturmeric, which are produced in Indiaimport i t great reputation, and theseconstitute. The major group of spices. Inthe l ist of spices, clave, nutmeg,cinnamon and cassia are known as treespices, However, spices l ike fennel,fenugreek, garlic, onion, coriander, cumin,vanilla, saffron; etc. There are a numberof spices used along with food, namely;1. Common Salt, 2. Coriander, 3. Chill,4. Haldi, 5. Ajwain & Maithee, 7.Onionand so on; These spices are not used areat a time. For preparation of any dishmay be Indian or European, may bevegetarian or non-vegetarian we use morethan are shice for its preparation. Thecombination of all the spices but togetherfor the use of one part icular dish asknown as 'masala' of the spices, thebulk of the dry matter consists ofcarbohydrater, proteins, tannius, resins,volatile oil, fixed oil, for pigments, mineral,elements, etc. These constituents differgrately in their composition and contentin dif ferent spices. They have variedphysical and chemical properties. Due tothis reason, the processing method ofdifferent spice, differ widely and requiredindividual expertise in variety operationlike curing, drying, cleaning, grading andpacking. arvesting of each spice is doneat a part icular store of maturi ty in aparticular manner suitable for it avoidingany sort of damage before processing.It is transported to the processing centreas quickly as possible and stored properlybefore it is taken to up for processing.

COST ESTIMATIONPlant Capacity 3 Ton/DayLand (1600 sq.mt) Rs. 1.88 CrPlant & Machinery Rs. 90 LacsW.C. for 1 Month Rs 2.47 CrTotal Capital Investment Rs. 5.32 CrRate of Return 32%Break Even Point 47%************************************************

AIR/OIL/FUEL FILTER [3249]Filtration is a removing unwanted particlesby "Screening" Particles in a fluid flowingpast a porous sereen either lodge againstthe screen across the pores because theyare larger than the pores, or lodgeagainst the sereen material and are held

there by the force of the street whichmeans that particles smaller than thepore size can be trapped particles arealso though to be held in place. Oncetrapped ,by a form of an electrostaticnature, giving them an affini ty for thematerial of the screen and holding themonce the flow has stopped. Some typesof fi l ters are impregnated with aflocculating chemist which agglomeratesthe f iner particles and makes themeasier to trap but the basic principleis still one of screening. Filters aresometimes divided into "surface" anddepth filteRs. In fact all fi l ters exceptthe metallic strainers are depth filters.Increasing the pore size of the mediumbut at the same time increasing the depthresults in fewer particles being trappedby lodging in the poros , but a largernumber being trapped against the fibersof the filters. The degree of filtration isgenerally loss, but the resistance to flowis the also with a depth filter, and theeffective life is greater. It is possible toproduce a depth filter of coarse materialin grate depth having the same degreeof filtration as a very fine surface filter,but the resistance to flow is usual lyprohibit ive Normal pract ice is tocompromise either with a fine short-lifedepth filter, such as a porous paper, orwith a slightly more coarse but longer-l i fe depth fi l ter, such as a fel t . Bothhave their proper uses. A device that isused to remove something unwanted froma liquid or gas that passes through it iscalled filter.

COST ESTIMATIONPlant Capacity 4000 Nos/DayLand (3000 sq.mt) Rs. 4.88 CrPlant & Machinery Rs. 2.71 CrW.C. for 2 Months Rs. 3.05 CrTotal Capital Investment Rs. 11 CrRate of Return 32%Break Even Point 51%************************************************

MINERAL WATER PLANT [3248]All living things need water. The Earth isfull of water. Water is the most essentialelement, next to ai r, to our survival .Water makes up more than two thirds ofthe weight of the human body, andwithout it, we would die in a few days.Water is important to complete daily lifeand to maintain our body health. Thirtyyears ago „packaged drinking water?barely existed. Nowadays the productforms an essential business by its stableand stil l growing market – local ly andglobally. Packaged drinking water can bedescribed as any product, includingnatural spring or well water, taken frommunicipal or private uti l i ty systems orother water, distilled water or any of theforegoing to which chemicals may beadded and which are put into sealedbottles, packages or other containers, tobe sold for domestic consumption or


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culinary use. In 2013 the global packageddrinking water market is forecast to havea value of $94.2 billion, an increase of41% since 2007. This increasing trendreveals that the product meets thedemand of countless consumers. Wateris our lifeline that cleans and feeds us.In ancient cultures, water representedthe very essence of l ife. The Romanswere the fi rst to pipe water into theirgrowing ci ties, especial ly with thei raqueducts. They also real ized thatsewage water could cause damage topeople and needed to be removed fromthe living environment. Water has playeda role not only in the history of countries,but also in religion, mythology, and art.Water in many religions is symbolisedas a soul cleanser and known as holywater. For example, water at St.Lourdes,France is thought by many religions tobe sacred with healing powers. It broughtl i fe to thei r people, but in drought,produced chaos. Water has always beenperceived as a gift from the gods, as itrained from the heavens. Mineral Wateroriginal ly meant water from variousnatural springs which are thought to behaving medicinal and curat ive value.These spring waters, although containdissolved chemicals of medicinalproperties, also contain harmful micro-organisms. Besides this the undergroundand surface water is also not potabledue to hardness as wel l as due topresence of toxic substances andBacteria. This requires suitable treatmentand puri fication to make i t safe andpotable drinking water with long shelf life.The water is packed in suitable foodgrade packing generally in PVC or PETBottles of different capacities. Water ini ts pure from is oxide of hydrogen orhydride of Oxygen. It is transparent andcolourless liquid with a melting point of0°C and a boi l ing point of 100°C. Itsrefractive index is 1 and specific gravity1.0. Pure water is tasteless, howeverthe presence of minerals and dissolvedsalts and gases impart taste in thewater. Depending upon the qual i ty ofRaw water, suitable treatment is givento the water to make i t as per thestandards and packed in food gradeplastic Bottles with label Indicating detailsof composition, date of bottling, expirydate, quantity etc. Potable spring waterscontaining, sulphur iron, magnesium andother mineral salts occuring in certainregions are claimed to be beneficial tohuman matabolism.

COST ESTIMATIONPlant Capacity 11538 Ltr/DayLand (1000 sq.mt) Rs. 1.24 CrPlant & Machinery Rs. 43 LacsW.C. for 1 Month Rs. 41 LacsTotal Capital Investment Rs. 2.24 CrRate of Return 22%Break Even Point 64%************************************************

OPEN END SPINNING UNIT [3247]Open end spinning is an excellent short-term blending process. The presence ofshort fibers in the material fed does notseriously affect the efficiency of Openend spinning and it may be that processwill have a bright future in the spinning ofwaste. Whenever the final judgment onopen end spinning may be, it is a processthat is here to say. Few innovations in thefield of textiles have created such interestas open-end spinning. Despite thetremendous efforts that have been madeover the years to further the developmentof r ing spinning, i t now seems to begeneral ly accepted that, owing tomechanical, technological and above alleconomic limitations, the potential of thatwell established process has been virtuallyexhausted and that further advancementwill only be achieved through an entirelynew approach; it may be that Open-endspinning will be the answer. Spinning maybe defined as the process of convertingfibres and/or fi laments(s) into yarn. Inthe production of manmade fibres, theextrusion of the f ibre forming l iquidthrough the spinners fol lowed byhardening of this l iquid jet in to sol idfi laments is cal led as the process ofspinning. The meaning of the spinning inthis case may be completely dif ferentfrom that used for natural fibres.Generally, we can define spinning as aprocess that produces a yarn as its finalproduct. The spinning of manmade fibrescan be carried out by three di fferentprocesses.

COST ESTIMATIONPlant Capacity 3.06 MT/DayLand (4040 sq.mt) Rs. 2.64 CrPlant & Machinery Rs. 5.70 CrW.C. for 1 Month Rs 1.20 CrTotal Capital Investment Rs. 10.22 CrRate of Return 24%Break Even Point 59%*************************************************

RTS JUICE PLANT [3246]Juice is a beverage made from theextraction or pressing out of the naturalliquid contained in fruit and vegetables. Itcan also refer to liquids that are flavoredwith these or other biological food sourcessuch as meat and seafood (e.g., clamjuice). Juice is commonly consumed as abeverage or used as an ingredient orflavoring in foods or other beverages,such as smoothies. Juice emerged as apopular beverage choice after thedevelopment of pasteurization methodsallowed for its preservation without usingfermentation (the approach used with wineproduction). The Food and AgricultureOrganization of the United Nations (FAO)estimated the total world production ofcitrus fruit juices to be 12,840,318 tonesin 2012. The largest fruit juice consumersare New Zealand (nearly a cup, or 8ounces, each day) and Colombia (more

Hi-Tech Projects,June’20, www.eiriindia.org #09

Start Your Own Industrythan three quarters of a cup each day).Fruit juice consumption on averageincreased with country income level. Tothe American food industry, fruit juice ismore profitable than only fruit. Packagedjuice market has charted a high growthtrajectory, thanks to its easy availability,anyt ime-anywhere consumption, andconvenience. W ithin the beveragesmarket, the frui t-based beveragescategory is one of the fastest growingcategories, and has grown at a CAGR ofover 30 percent over the past decade.As of March 2013, the Indian packagedjuices market was valued at Rs 1,100crore (~USD 200 million) and projectedto grow at a CAGR of ~15 percent overthe next three years. The packaged fruitjuices market can be divided into threesub-categories: fruit drinks, juices, andnectar drinks. Fruit drinks, which have amaximum of 30 percent frui t content,are the highest-selling category, with a60 percent share of the market. Frooti,Jumpin, Maaza, etc. are the most popularproducts in this category. Fruit juices, onthe other hand, are 100 percentcomposed of fruit content, and claim a30 percent market share at present. Incontrast, nectar drinks have between 25and 90 percent fruit content, but accountfor only about 10 percent of the market.The rising number of health-consciousconsumers is giving a boost to frui tjuices; i t has been observed thatconsumers are shifting from fruit-baseddrinks to fruit juices as they consider thelatter a healthier breakfast/snack option.Dabur is the market leader in the Indianpackaged juices market with its brandsReal and Real Act ive. Other playersinclude Parle, Fresh Gold, and Godrej.Some of the other brands of fruit juicesand drinks include Frooti, Appy, Mazza,Minute Maid, Slice, Fresh Gold, and DelMonte. Considering the attractiveness ofthe segment, diversified consumer foodcompanies such as ITC are workingtowards making a foray into packagedjuices. As per studies, the most preferredpack size is the individual (small) packwhich is convenient, and easy to carryand consume. These are in great demandas out-of-home consumption is on therise. Tetrapaks are most popular amongmanufacturers as wel l as consumers.Some companies are also offering theirproducts in tins (eg Del Monte) and PETbottles (eg Mazza); however, they aremore expensive than Tetrapaks, whichadds to production costs.

COST ESTIMATIONPlant Capacity 14000 Ltr/DayLand (3024 sq.mt) Rs. 2.86 CrPlant & Machinery Rs. 2.41 CrW.C. for 2 Months Rs. 2.60 CrTotal Capital Investment Rs. 7.99 CrRate of Return 45%Break Even Point 39%*************************************************

DENIM GARMENTS (DENIMCLOTH WILL BE PURCHASED

FROM MARKET ANDCONVERTED TO GARMENTSWITH 50 MACHINES) [3245]

The word `DENIM' is almostsynonymously used for high fashiongarments. `DENIM' has become sopopular throughout the world today thatthe moment this magic word is heard, itconjures up in one's mind visions of ablue garment with unique and elegantappearance. This classic fabric has beenin use aross the world for a long time.However, the appearance of this fabricis continuously being modified to appealto the varied fashion trends of differentgenerations. In many respects fashiontrends have dictated how the fabrics andgarments should look and accoordinglythe processing techniques have beenchanged. Today, the consumer li terallyhas numerous choices of unwashed andpre-washed garments suit individualtastes. Denim fabric can be defined as awarp faced twill fabric made from yarndyed warp and undyed weft yarn. Thecount of the yarn used varies between 6and 12. In general, indigo-vat dye is usedfor colouring the warp yarn. More than5000 years before the development ofsynthetic dyes, before the developmentof synthetic dyes, natural indigo dye wasbeing used. Evidence for this ha sbeenobtained by the presence of indigo dyedgarments and blankets form ancienttombs and graves. The indigo plant iscultivated in India, China, Japan and SouthAmerica. Indigo is structurally a vat classof dye, which in i ts pigment state isinsoluble in water, alkali or acid. Like othervat dyes, this dye must be vatted toapply it to cellulosic fibre. This reduceddye has moderate affinity for cellulose.The basic steps involved in the applicationof indigo dye to cellulosic fibres are: 1.Conversion of the insoluble dye moleculesinto the soluble leuco form by alkalinereducing conditions. 2. Absorption of theleuco compound by the fibre. 3.Conversion of solubi l ised dye back tothe insoluble form by oxidation. 4. Aftertreatment of the dyed material by washingto remove unfixed loose dye particles.Indigo dye is generally applied to cotton,ei ther in f ibre form or yarn form. Theactual indigo shade on the yarn isdeveloped by controlled impregnation andoxidation steps.

COST ESTIMATIONPlant Capacity 350 Pieces/DayLand (4000 sq.Yard) Rs. 2.70 CrPlant & Machinery Rs. 53.05 LacsW.C. for 2 Months Rs. 92.70 LacsTotal Capital Investment Rs. 4.25 CrRate of Return 34%Break Even Point 54%********************************************

AUTO KNITTING UNIT WITHAUTO STRIPPER [CODE 3244]

Knitting is a method in which thread oryarn loops, called stitches are interlockedto form fabric. Different types of yarns(fibre type, texture, and twist), needlesizes, and stitch types may be used toachieve knitted fabrics/garments withdiverse properties (colour, texture,weight, heat retention, water resistance,and/or integrity). In warp knitting, loopand fabric formation takes place invertical direction while in weft knitting(the most common type of knitting), yarnruns in horizontal direction - produced onboth flat and circular knitting machines.Circular knitting (also called "knitting inthe round") is used to knit the fabric in acontinuous circle (tube); Flat knitting, onthe other hand, is used, in its most basicform, to make flat, rectangular piecesof cloth. The apparel Knitting Industrymay be divided into four branches knittedouterwear, kni tted yard good kni ttedhosiery and knitted underwear knittedyard goods mills produce a wide varietyof fabrics in either flat or circular farmth hat can be cut and sewn into appareland other i tems. Those mil ls thatproduces outerwear, hosiery, orunderwear may knit the item directly ormay knit section of a garment that aresewn or cut and sewn together. Thosemills complete the garment from knittingright through to constructions in the samemil l. Knitted Fabric is made from onecontinuous yarn or from a number ofcontinuous yarns. Any fiber may be usedand a variety of thick and thin yarnsand textured and fancy yarns can beput together. Spun and filament yarnsare both used. The advantages of Knitfabrics are that they are on the wholeeasier to sew than woven; They arecomfortable to wear because they givewith body less precise fitting in neededbecause of this elasticity and most knitsare easier to care for than woven’s.

COST ESTIMATIONPlant Capacity 30000 Kg/DayLand & Building Rs. 2.50 CrPlant & Machinery Rs. 30.25 CrW.C. for 1 Month Rs. 20.73 CrTotal Capital Investment Rs. 53.73 CrRate of Return 31%Break Even Point 49%

***********************************************

LPG CYLINDER VALVESMANUFACTURING PLANT [3243]Valves are a type of mechanical devicethat are implemented to regulate flow,pressure, or both, within a system. Theyan integral aspect of any piping systemthat requires a fair amount of control.The primary functions of a conventionalvalve comprise flow control in the formof rate of flow and the direction of flow.Valves are thus used to prevent back


Best Industries to Start and Growlow, and relieving pressure. The variousvalve types, designs, and models canbe funct ional in speci fic industrial ,commercial, and residential applications.LPG valves may need to be designedespecially for maintaining high pressurewithin the cylinder and to let out the gasat a rate specified and within regulatorypermission. These valves are alsodesigned to withstand the possibledamage they may take duringtransportation. An additional cap is oftenscrewed over the valve in order to furtherreduce the likelihood of gas leakage whenthe cylinder is not in use. The gas cylindervalve is the primary safety mechanismon a gas cyl inder and shal l not betampered with. It is a device used tocontain the contents of the cylinder thatis under pressure. Cylinder valves arefi tted with pressure rel ief valves ofdi fferent types (depending on thecylinder) to protect against catastrophicfai lure of the cyl inder valve. Cyl indervalves open in an anticlockwise directionand close in a clockwise direction. Valvesshall never be opened without a regulatorattached. Always open cylinder valvesslowly. There two basic types of LP Gascyl inder valves for vapour service,namely, self-closing, clip-on valves andhand wheel operated valves. They cancome with or without pressure rel iefvalves depending on local regulations. 1.Self-Closing, Clip-on Valve. These aretypical ly used for domestic cyl inderswhere low cost and fit for service valvesare required. Common types in themarket are compact, bayonet, or snapon (snap tight) valves. They can be fittedwith excess flow limiters and/or anti-dirttubes (also cal led eduction tubes).Because these valves are open-topped,plastic dust caps are recommended tobe f i t ted during storage andtransportation to prevent entry of foreignmatter. Performance requirements. i) Thevalve shall be of the self-closing type,closed by gas pressure in the cylinderassisted by a smal l stainless steelspring. ii) The valve shall be completelygas-tight and shal l have no regulatingfunction that can restrict high filling rates.ii i) The 13kg and 50kg cylinder valvesshall be with a safety relief valve. The3kg and 6kg cylinder shall be fitted withcamping valves. iv) If it is with a safetyrelief valve, then the safety relief valveshall be of pop-action type and shall havea set pressure of 2.55 MPa. v) The safetyrelief valve shall open to allow blow-offshould the cyl inder pressure underextreme conditions reach 2.94MPa. vi)The capacity of the safety rel ief valvewhen fully open shall be 5.0 cubic metresof air per minute. vii) The spindle shallbe able to move freely. 2. Hand WheelOperated Valve. These valves are usedboth with domestic and commercial

cylinders and are designed for differentapplications i.e. liquid fill, liquid serviceand vapour service. The outlet connectionof hand wheel operated valves can comein different forms e.g. CGA 510 (or F.Pol),CGA 555 (or M.Pol), ACME, NPT, etc.When both vapour and liquid connectionsare on the same valve, they must bedesigned differently for clear distinction.Liquid service valves are fi tted with atube and an excess flow l imiter. Handwheel operated valves can accidentallybe opened and it is recommended to fit agas t ight plug after fi l l ing whi le thecylinder is in transport or storage.

COST ESTIMATIONPlant Capacity 5333 DAY/DayLand & Building (2500 sq.mt) Rs. 1.84 CrPlant & Machinery Rs. 2.12 CrW.C. for 2 Months Rs. 1.54 CrTotal Capital Investment Rs. 5.84 CrRate of Return 35%Break Even Point 50%**********************************************

BISCUIT MANUFACTURING[3242]

Around the world Biscuits is the principalfood and provides more nutrients thanany other single food source. The valueof grain in the world used for humanconsumption is over 2, 3 times of thevalue of the world i ron and steelproduction. Although only 14% of thegrain in the world is handled throughinternational channels, cereal grains makeup more than half of al l the goods inoverseas trade. The same Biscuit is madeup form the word 'BIS' Which means twiceand 'Cut' means Balled suggesting thatproduct should be twice balled. The Biscuitwere originally developed to meet therequirement of longer life of the barleyproducts and for this, purpose, the doughwere made up and twice balled to makethem moisture free to improve thei rkeeping qual i ties. The Biscui tmanufacturing was started a century agomainly to meet the requi rement ofEuropean Travelers. The industry waslocated near the sea port but today wehave a large number of factories situatedin various parts of the country. Producingbest qual i ty biscuits equivalent tointernational standards. India at presentprocesses mainly fol lowing varieties ofBiscuits: 1. Plain Biscuit, 2. Slightly SweetBiscui ts, 3. Sweet Biscuits, 4. ShortBiscuits and a small extent fermentedbiscuit. The plain type include cheesemilk and water biscuits. These containlittle if any sweeting agents and a smallproportion of fat. Slightly, Sweet Biscuitssuch as thin arrowroot, marie and petilpeurre contains 20-25 percent of sugarand 16-18 percent of fat. The sweet typecontains a much higher proport ion ofsugar, these are cream Sandwich, thesugar coated and the Ginger Nut Biscuit.Short biscuits contain a high percentage

of fat and sugar. Biscuits are one of theimportant bakery items and can be usedwhole day irrespective of time.

COST ESTIMATIONPlant Capacity 20 Ton/DayLand & Building (4000 sq.mt) Rs. 2 CrPlant & Machinery Rs. 2.67 CrW.C. for 3 Months Rs. 5.83 CrTotal Capital Investment Rs. 10.95 CrRate of Return 51%Break Even Point 38%***********************************************

FLOUR MILL CAP: 25 TPD [3241]Flour mill serve the purpose of processingwheat to convert it into flour. Wheat grainsare the seeds of the wheat plant which isable to grow is kinds of soil and underwidely differing climatic conditions. Theprinciple wheat’s of commerce belong tothe botanical groups Triticum vulgane,Triticum drum and triticum compactum. Agrain of wheat is avoid in shape and itbears at one end a number of short fineGrains. The grains of wheat consists ofthree main parts the enveloping skins,the embryo and the endosperm. Therelative proportions of these parts varywith the plumpness of the grain but theaverage composit ion of wheat is 83%endosperm, 2.5% embryo and 14.5%enveloping skins.

COST ESTIMATIONPlant Capacity 25 MT/DayLand & Building (2000 sq.mt) Rs. 2.67 CrPlant & Machinery Rs. 71.53 LacsW.C. for 2 Months Rs. 2.95 CrTotal Capital Investment Rs. 6.45 CrRate of Return 25%Break Even Point 50%*********************************************

OXYGEN LANCING TUBE (PIPE)[3240]

Oxygen is used in the manufacture ofmetals like steel, copper and zinc. Chlorineis used in the manufacture of Aluminum.These gases react with the undesirableimpurities and form their respective oxideor chlorides. These oxides or chloridesthen float to the surface of the moltenmetal and are removed.

COST ESTIMATIONPlant Capacity 15 Ton/DayLand & Building (1500 sq.mt) Rs. 1.22 CrPlant & Machinery Rs. 1.12 CrW.C. for 2 Months Rs. 2.29 CrTotal Capital Investment Rs. 6.96 CrRate of Return 36%Break Even Point 50%********************************************


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Pulp, Paper, Straw/GreyBoard, Stationery AndPaper Based Projects

Tissue paper/toilet roll paperToilet paper & napkinsToilet paper rollsWax coated printed paperWedding cards, greetingcards, paper envelopes and alltypes of paper stationeryWet face freshner tissueWhite board erasable markerink (dry wipe)White board eraser marker inkWhite writing & printing paperWriting & printing paper (papermills)

RESINS, EMULSIONPOLYMERS, SYNTHETIC

RESINS, EMULSIONPOLMERS AND COATING

PROJECTSAcrylic emulsion paintsAcrylic resinAlkyd resinAluminium coil coating for acp

and roofing industryAluminium door, windows,railings and fitting (withanodizing and powder coating)Amino resinBakelite moulding powderBituminious road emulsionBituminous emulsions (rapidsetting, medium setting &slow setting)Blue silvering on glass byspray method with coppercoatingChrome plating on abs plasticpartsCnsl based resin in liquid &powder formCnsl based resin in liquid andpowder formColour coating on plasticsEmulsion paints (water based)Epoxy resin based compoundEpoxy resinsEpoxy resins and metal fi llingEva ethylene vinyl acetatecompound liquid-emulsionFormaldehyde resin (urea,

phenol, melamine)Lacquer emulsion (high shineand medium shine) for leatherfinishing & n.c. lacquer forleather finishing (formulation& manufacturing processes)Lamination & coating on paperLdpe granules from virgin(ldpe resin)Melamine formaldehyde resinOleoresins from marigoldpetals (extraction)Pet (polyethyleneterephthalate) resinPhenol formaldehyde resinPhenolic resinPhenolic resin intended for themanufacture of flower type


Highly Profitable Projects for New Entrepreneurs “EIRI Market Overview Cum Detailed Techno

Economic Feasibility Reports” foam (from for holding flower)Poly amide resinPoly carbonate resinPoly vinyl acetate emulsionPolyester resinPolyester resin (g.p.grade,laminate grade, electricalgrade)Polyester resin for wireenamelPolymer wheelsPowder coating chamber typePowder coating paintPvc resin from calciumcarbidePvc resin from ethyl alcoholResin cast ct & pt (1kv)Resin coated sandResin cored soft soldering wireSilicone emulsion (releaseagent) for types of industriesrubber, plastic, pu foamsSilicone emulsion using dowcorning dc-203 silicone fluidSilicone resinsSpirit soluble maleic resinSuperabsorbent polymerSuperabsorbent polymer usingcontinuous gel polymerizationgel polymerizationSynthetic camphormanufacturing (extractingturpentine from pine woodextracting alpha pinene fromturpentine, extractingisoborneol from alpha pinene,extracting camphor from isoborneol)Synthetic rubber adhesiveTrays, trolleys for hospitalswith scratchless coatingUnsaturated polyester resinsUrea formaldehyde resinWax emulsion for paperindustryWheel for trolly (phenolic resinbased thermosetting resin)

Rolling And Re-Rolling,Steel Re Rolling, RollingMill, Aluminium Rolling,Sheet Rolling, Re Rolling

Mill, Cold Rolling, TMTRolling, Copper Rod

Rolling, Hot Rolling, NonFerrous Alloy Rolling,ReRolling Of Brass,

Stainless Steel Rolling

Alloy rims for car & motor bikeAlloy steel casting (foundry)Alloy wheels manufacturingplantAluminium rolling millBillets manufacturing unit byscrap meltingCold rolling millCold rolling of ms strip

Copper rod wire drawing & pvcwire & cablesCopper rod wire drawing andpvc wire & cablesDoor hinges (mild steel andstainless steel)E-Car (4 Wheeler)E-rickshaw & e-loaders (tuk-tuk) manufacturing (cap:28nos/day)E-rickshaw (5000 units/month)Erw steel pipe and tubeFabrication Unit (PressureVessel, Reactor Vessel &Agitators, Heat Exchangers) &Seamless Pipes And TubesGi pipeHot rolling mill of narrow steelstripHot rolling plantLattice steel tower fabricationfactoryLongitdinal submerged arcwelding pipe (lsaw) and sriralsubmerged arc welding pipe(ssaw)Manufacturing of precisionparts of steel materials,surgical equipments, cutleryNon-ferrous alloy rollingNon-ferrous forgingNon-ferrous foundryPrecision of steel materials,surgical equipments, cutleryRe bar steelRe-rolling copper and brasssheet and rodsRe-rolling millRe-rolling mill (reinforcementand structural members)Re-rolling millsRe-rolling of steel sectionsRolling millRolling mill (by inductionfurnace) & manufacture ofbras, angles, squares, tubesand othersRolling mill by indfuctionfurnace and manufacture ofbarsRolling mill by tmt technologyRolling of stainless steel pattaSheet metal componentsSheet metal parts/componentsSheet metal products(ferrous/non ferrous)Silicon carbide refractorybricks using for furnace liningand kiln furnitureSmall Nickel Plating Plant with20-30 Litre Bath TankSs fabrication includesmodular furniture, kitchen andkitchen plates, grill gate andrailingStainless steel butt and ballbearing hinges for woodendoor

Stainless steel cold rollingmillStainless steel fastenersStainless steel pipe/tube(polished) in differentshapes such as round,ellipse, capsule, square etcStainless steel pipesmanufacturingStainless steel rolling millSteel doors and framesmanufacturingSteel drum and barrelsSteel forgingSteel grating (galvanisingelectro forged steel grating)Steel re-rolling millSteel re-rolling mill tor/plainof size 6,8,10 mm rodTmt barsTmt rolling mill (cap.12000Ton/month)Tmt steel barsTmt steel bars (sariya)Welded mesh, welded wiremesh and ribbed weldmesh/deformed weldmesh/torsteel weldmesh

Rubber And RubberProducts, Rubber

Chemicals, Goods,Latex, Compounds And

Industries, NaturalRubber, ExtrudedRubber, Synthetic

Rubber, Rubber ForAutomobile, Belt,Gloves, Tyre, Tire,

Rubber Based Industries

Antifoaming/defoamingagent like antarol t-709Automobile rubber partsBenzalkonium chlorideCalcium aluminateEthylene propylene dienemonomer (epdm) rubberprofilesGloves/mitt/gage/gauntlet(knitted)Industrial rubber sheetLatex foam (rubber)productsManganese oxide andmanganese sulphateNitro cellulose (lacquer)Precipitated calciumcarbonateRubber & flat transmissionbelt conveyor beltRubber & plastic sheets,mats & flapsRubber (and metal bonded)auto partsRubber adhesiveRubber adhesive (allpurpose) neoprene &

isoprene based rubber moulding& lining of rubber sheetingRubber adhesive for plywoodRubber auto gasketRubber auto partsRubber balloonRubber ballsRubber bandRubber beading for automobilesRubber beltingRubber caps (closures) forpharmaceutical usesRubber chappel and rubber sheetRubber compound forautomobilesRubber compound for toys(using plaster of paris)Rubber compounds for toysRubber conveyor beltRubber cots and apronsRubber epdm auto partsRubber eraserRubber flooringRubber gasketRubber goods from waste rubberRubber hose pipeRubber hose pipe & rubberglazingRubber hoses for automobileRubber hot water bottleRubber insulated pliers (handtools)Rubber moulding & lining ofrubber sheetingRubber plantationRubber plastic stamp & pad(automatic)Rubber plate used in ready mixconcreteRubber plate used in ready mixconcrete plant (cement slurry30%, rcc 30-40% gravels 10-15%)Rubber powderRubber powder from used/wastetyreRubber process oilRubber reclaim sheet from usedbutyl tyre and tubeRubber reclaimingRubber reclamation (reclaimrubber)Rubber roller for printingmachineRubber roller for rice millRubber rollersRubber rollers & ebonite rollersRubber rollers for textile mills &paper industriesRubber sheet & allied hospitalrubber goodsRubber sheet for automobilesRubber sheet for shoe soleRubber sheet from tyreRubber sheets for shoe soleseva (ethylene vinyl acetatesheet for sole)Rubber shiner type polish in


Market Overview Cum Detailed Techno Economic Faeasibility Report on all Projects are available contact:

ENGINEERS INDIA RESEARCH INSTITUTE4449, Nai Sarak, Main Road, Delhi - 110 006 (India) * Ph. : +91 9811437895, 9289151047, 91-11-23918117, 43658117, 45120361

Email: [email protected], [email protected] Website: www.eiriindia.org, www.eiribooksandprojectreports.com

aerosol canRubber solutionsRubber stereoRubber stereo for printingRubber transmission belt andv beltRubberised canvas shoesRubberised clothRubberised coir pu foamcomposit mattressesRubberised cork sheetRubberized plant for solid tyreRubberized plant for solidtyres used for forklift andtrucksSbr rubber sheets and shoesole manufacturingSulphuric acid (l.r.anda.r.grade)Synthetic muskSynthetic rubberSynthetic rubber adhesiveSynthetic rubber adhesiveTyre moulds and dies fordifferent automobilesTyre recyclingTyre retreadingTyre retreading (cold)Tyre retreading (hot)Tyre retreading materials(tread rubber, cushion gum(compound), rubber solutionpre cured rubber)Tyre, tubes & flapsTyres & tubes

Soap, Detergent,Cosmetics, PerfumesAnd Allied Projects

Acetic acid (lab)Acid slurry (lab)Acid slurry and syntheticdetergent powderAfter shave lotionAgarbatti synthetic perfumerycompounds & agarbatticompounds like champa,mogra, sandal wood & lobanAlum cakeAnti dandruff creamAntiseptic creamAromatic perfumerycompoundAyurvedic cosmetics (herbalcosmetics)Baby oil (body oil)Baby soapBar soaps (all varieties) usingsoap noodlesBath soap (various types)Beta iononeBleaching powderBlue detergent powderBody cream and antisepticcreamCar shampooCar shampoo, car polish,aerosol silicon spray, car

engine coolantCaustic soda (liquid) byelectrolytic processCleaning powder (vim type)Cold creamCold wave for hair curlingColoured flame & perfumedcandles (red, blue, greenflame)Cosmetic industry (modern)Cosmetic industry (shampoo,spray perfume, talcumpowder)Detergent (anionic)Detergent cake and powderDetergent cake and powder,nrma, surf excel, ariel typeand detergentDetergent cake, powder &toilet soapDetergent powder (ariel type)Detergent powder (ariel, surfexcel & nirma type)Detergent powder (nirma type)ful ly automatic plantDetergent powder (surf exceltype)Detergent powder nirma typeDetergent washing powderDetergent washing powder(ariel type)Dish washing liquid detergentsles basedDodecyl benzene sulphonateExtraction of acid oil fromsoap stockFace cream and body creamwith antiseptic cream (boroplus type)Fairness creamFat splitting, fatty aciddistillation and toilet soapFish oil soapFloor cleanerFloor cleaner (liquid antistatictype)Glycerine transparent soapHair conditionersHair dye liquidHair dye powderHair removing creamHair removing waxHair shampooHand washing detergentpowder using the dry mixprocess including formula ofdifferent types qualities (low/medium/high cost)Henna powder repackagingHerbal cosmeticsHerbal shampoo and creamHome cleaning products likeliquid hand wash, soaps, toiletcleaners, floor and glasscleaners, liquid dishwash anddetergents etc.Incense powder, incensesticks and incense cake

Laundry & dry cleanerLaundry soapLipsticksLiquid detergentsLiquid detergents for woolLiquid soapLiquid soap and liquiddetergentLiquid tinopalLiquid toilet clener (harpictype)Metal polish soapNail enamel (nail polish)Nail polishNaphthalene ballsNerol soapOptical whitenersRose oil extractionScents and perfumesShampooShampoos (coconut oil basedcold process)Shaving creamSindur (kumkum)Soap coated paperSoap manufacturingSoap manufacturngSpray dried detergent powderStain removerTalcum powder (face and toiletpowder)Toilet and herbal soapToilet paper & napkinsToilet soapToilet soap and glycerine soapToilet soap from soap noodlesToilet soap with glycerinetransparent soapTooth pasteTooth paste (calciumcarbonate based)Tooth paste (gel type)Toothpaste and powderVim cleaning (scouring) barWashing and laundry soapWashing detergent powderand washing soapWashing powder, liquiddetergents, lotion andshampooZeolite-a (for detergent)

Solar And Solar BasedProjects (Power Plant,

Geyser, Cell, Modular Etc.)

Liquid tinopalPower plant from lignite coalProduction of pv panels (solarpv panels)Solar cellsSolar cookerSolar electrical panelSolar electrical cells & panelSolar energy water heaterSolar lantersSolar lighting systemSolar modulesSolar photo voltaic system

Solar power equipmentsSolar power plantSolar productsSolar products (cells & panels,energy water heater, pumpcalculator lantern, cooker,lignting, system, (moduleinverter charges)Solar pumpSolar pv modulemanufacturing unit (25mw perannum)Solar pv power plantSolar water heating panels

Steel, Metals, RollingMills and Automobiles

Adhesive for two and threewheeler clutch platesAgricultural chemicals (plantgrowth promoter and plantgrowth regulator)Agricultural impliments(hoe,mattock,axe,knife &hammer)Alumina from bauxiteAluminium door, windows,railings and fitting (withanodizing and powder coating)Aluminium gravity castingAluminium ingots from bauxiteore using aluminium meltingfurnace & rolling millAluminium slugAnodizing of aluminium(aluminium anodizing)Auto bushes (ferrous & non-ferrous bushes compacted &sintered type)Ball bearing manufacturingBarbed wireBi-metal bushesBlast furnaceBolts & nuts (cold formedsteel fasteners)Brass pipes by extrusionBright barsBuffing mops & compositionsmetal polishing bar and liquidBus manufacturing plant(volvo type)Bycycle manufacturing & itspartsCast iron powderCeiling fan down rodCeiling fansCentrifugal pumpCeramic coated steel pipeChain link fencingChrome plating on abs plasticpartsCiling fan (stainless steel)Coal washing unitCold rolled steel sheetmanufacturing plantCold rolling of mild steelCold rolling of steel stripsContainer terminal with


Market Overview Cum Detailed Techno Economic Faeasibility Report on all Projects are available contact:

ENGINEERS INDIA RESEARCH INSTITUTE4449, Nai Sarak, Main Road, Delhi - 110 006 (India) * Ph. : +91 9811437895, 9289151047, 91-11-23918117, 43658117, 45120361

Email: [email protected], [email protected] Website: www.eiriindia.org, www.eiribooksandprojectreports.com

Highly Profitable Projects for New Entrepreneurs “EIRI Market Overview Cum Detailed Techno

Economic Feasibility Reports” warehouseCoolant (engine)Copper and cobalt from theore containing copper andcobalt from minesCopper tubes and pipes fromscrapCorrugated steel sheet(galvanised) for roofingsCorrugated steel sheets(galvanised) for roffingsCutting and slitting of ironsheetDie casting (zinc andaluminium)Die making steelDisposable plastic razorDonut making plantDoor hinges (mild steel andstainless steel cap:10 tpdDoor hinges (mild steel andstainless steel)Door hinges (miled steel &stainless steel)Ductile iron pipesmanufacturingE.r.w. steel pipes & tubesElectric motors, upto 10 h.p.rewinding of all types ofmotors water pumps (tullupumps) and exhaust fansElectric resistance weldingsteel tubes and pipesElevatorsErw steel conduit pipesErw steel pipes & tubesEtching of stainless and othermaterials for manufacturingExport & import of varioussteel & metalFabrication for railwayFabrication of printingmachinesFabrication of sheet metalcomponentsFabrication of steelFabrication Unit (PressureVessel, Reactor Vessel &Agitators, Heat Exchangers)& Seamless Pipes And TubesFabrication workshopFasteners (nuts, bolts, rivets& washers) (h.t.)Ferro chromeFilters for diesel locomotive(lube filter)Floor springFlour millG.i.wireG.i.wire and barbed wireG.i.wire and ms binding wireGage reduction of iron & steelfrom available scrap & fresh

materialGalvanizing plant forstructures for towerGalvanizing plant forstructures for towersGate grills, railing & rollingshutterGauge reduction of iron andsteel from available scrapand fresh materialGraphite mining andbenefication plantGrinding media balls andm.s./s.s. ingotsHigh pressure cylinder (bigsize from seamless pipes)Hinges (ss and ms)Hot and cold rolling mill andproduction of stainless steelsheet (patta) from scrapHot dip galvanizing plant withsteel structural fabricationfacility capable ofmanufacturing electrical towersub station structure telecomtower structural steelmembersHot rolled coils (hr)Hot rolling mill of narrow steelstripHot rolling plantIdler rollers for conveyors(plain & rubber covered)Industrial fasteners (nuts andbolts)Industrial park for stainlesssteel manufacturing sectorInstallation of unit forfabrication of shuttering/scaffolding materialIron ingots by oxygen blastfurnaceIron ore miningIron ore mining andmanufacture of sponge ironIron ore pelletization plantIron scraps & sheets tradingIron wire drawingJewellery casting investmentpowderKitchen equipments & gastandoorKitchen products made ofstainless steel viz, (ktchenrack folding and fix, tokriforkeeping vegetables, patre,from for vegetables (wire,round pipe, souare pipe,shelf, towel stand, cylindertrolley,kitchen stand 9 wirepipe, sheet)Kitchen products made ofstainless steel viz.(kitchen

rack folding and fix,tokri forkeeping vegetablespatre,frooti for vegetables(wire, round pipe, square pipe)shelf,towel stand,cylindertrolley,kitchen stand wire,pipe,sheet)Kitchen sinks (stainless steel)Lead battery plates batteryassemblyLpg regulatorM.s. billet casting withinduction furnace from steelscrap and sponge ironM.s.ingots by inductionfurnaceM.s.pipe (welded) upto 12 inchwith & without galvanisingM.s.saw (submeriged arcwelded) spirally welded pipeMachine (turned) componentsviz, shaft, pin, bush, gear,roller etc.Machine components forrailwayManufacturing of ss cr coils/sheetsMeasuring tapes (steel,metalic & plastic)Medical steel equipments andfurniture & fabrication fordefenceitemsMelting of copper and rollingprocessMetal finishingMetal foundry flux foraluminiumMetal polishing barMetal wiresMetallic zip fasteners (brass)Mill boardMini sugar plantMs-billet casting with inductionfurnace from steel scrap andsponge ironNon ferrous alloys, cathodes,anodesNut bolt rivets washerNut, bolts, rivets etc.(industrial fasteners)Nuts & bolts m.s., h.t., s.s.Nuts, bolts, screws & riverts(building hardware)O.t.s. tin cansPig ironPipe clampsPlant growth promoter/regulatorPrestressed concrete electricrectangular polesProcessing of low gradetungstenRe-rolling mill

Re-rolling mill (reinforcementand structural members)Re-rolling of steel sectionsRoller flour millRolling millRolling mill by tmt tech.S.g.iron & alloy steel castingsS.s.bright barsS.s.casting finished productsSheet metal parts/componentsSintered bushesSintered metal bearingSintered metal autocomponentsSintered metal productsSponge ironSponge iron with pelletizationplantSpray pump manufacturing &assembling (hand spray,footspray & power spray)Ss alloy foundrySs pipesStainless steel ceiling fanStainless steel cold rolling millStainless steel cutleryStainless steel fastenersStainless steel furnitureStainless steel hingesStainless steel pipesStainless steel rolling millStainless steel sheet rollingmillStainless steel tiffin boxStainless steel tubesStainless steel utensilsStainless steel utensils &kitchen ware (s.s. utensils +injection moulding + plastichandle)Stainless steel utensils,cutlery and kitchen waresStainless steel vacuum flaskSteel bright barsSteel castingSteel chainSteel doors, window frames,grills, gates, railing etc.(fabrication of steel)Steel drums and barrelsmanufacturingSteel fabricationSteel fabrication (fabricatedand assembled tube axial fan)Steel fabrication (peb, solarpanel mounting structurefabrication, transmissiontower, steel poles for streetlight fabrication, pipefabrication etc)Steel fabrication workshopSteel forging (automobile


TERMS AND CONDITIONS

Ask for the quotation for the required project report [email protected] or [email protected]

Mob: +91 9811437895 or +91 9289151047

Regd. Off : 4449, Nai Sarak, Main Road, Delhi - 110 006 (India)* Ph: +91 9811437895, 9289151047, 91-11-43658117, 23918117, 45120361,

* E-Mail : [email protected], [email protected]* Website: www.eiriindia.org, www.eiribooksandprojectreports.com

Deposit the amount in “EIRI “Account with HDFC BANK CA-05532020001279 (RTGS/NEFT/IFSC CODE: HDFC00001981) OR ICICIBANK CA - 038705000994 (RTGS/IFSC CODE: ICIC0000387) OR AXIS

Bank Ltd. CA- 054010200006248 (RTGS/IFSC CODE:UTIB0000054) ORUNION BAK OF INDIA CA-307201010015149 (RTGS/NEFT/IFSC CODE:UBIN0530727) OR STATE BANK OF INDIA CA-30408535340 (RTGS/IFSC

CODE: SBIN0001273) & SMS ON PH. 09811437895

parts)Steel foundarySteel from iron ore (pig iron)Steel furnitureSteel furniture and firefighting equipmentsSteel grating manufacturingplant (using electroforged)weldingSteel ingotsSteel plant (billets) based oninduction furnaceSteel plant based on inductionfurnace for the production ofingots (m.s. ingots)Steel re-rolling millSteel re-rolling mill tor/plain ofsize 6,8,10 mm rodSteel rods & coils fromscraps (steel rerolling mills)Steel rolling millSteel rolling mill (by inductionfurnace)Steel rolling mill (by inductionfurnace) from steel scrap andsponge ironSteel rolling mill(reinforcement bar)Steel rolling mill (sariya)Steel rolling mill by inductionfurnaceSteel rolling mill from scrapand sponge ironSteel wire ropeSteering wheel & connectingrodSulphur powder from sulphurcrystal/lumpSynthetic red and yellow ironoxideTar felt (bitumen felt)Teflon lining on ms pipe value& fittingTie-rod endsTin containersTmt bar plantTmt rolling mill (cap.12000Ton/month)Tmt steel bars (sariya)Tool room fabrication unitToyota autovehiclesdealership with automobilegarageTransmission galvanisedtowerTransport shipping containersealTrolley (shopping) for carrying

of stores at super market andware housesTube mill (g.i.pipe and blackpipes)Tubular steel swedge typepole for power distribution andstreet lighting poleU-bolts & centre bolts forauto leaf springVanadium pentoxideWheel for trolly (phenolicresin based thermosettingresin)Wheel rimWire drawing and galvanizing(by cold proess) with nuts &boltsWire drawing powderWire mesh from steel wirerollsWire nails & wire drawingZinc coating on steel wireZinc metal from zinc ash by(i) electrolysis method (i)distillation processZinc wire drawing

Stationery Viz StationeryProducts, Pens, Pencils,Computer Stationery, BallPen And Refills, Printing

Paper, Inks, Staplers,Staple Pins, Geometry

Box, Exercise Note Book,Office Stationery, WritingInstruments, Envelope,

All Pins

All pins & gem clipsBall pen manufacturing(automatic plant)Ball pen refills & inksBall point pen refill inkCarbon paperComputer continuousstationeryComputer forms & securityprinting pressComputer stationeryComputer stationery &imported hardware partsDirect lauryl sulphate andsodium lauryl ether sulphateExercise note book andregister making unitExercise note book andregisters automatic plantExercise note book, register &

padGel pen with inkGem clipsInk plastisol (phthalate free)Ink solvent based (pvc free)Note book and registers, pads,fils etcOffice paste (gum)Paper & paper productsPaper & pulpPaper carry bagsPaper cup for ice creamPaper envelopesPaper fi lesPaper from akraPaper from rice husk & wheathuskPaper napkinsPaper packagingPaper pins & staplesPaper plant (writing andprinting paper)Paper tubes spiral bindingcomposit containerPrinting inksPrinting inks (flexo graphic ink)Printing inks (offset, flexo &roto gravure)Printing inks (various types)Stamp & pad inkStearates manufactureWriting & printing paper (papermills)

Tamarind Based Products(Tamarind Juice

Concentrate, TamarindKernel Powder, Gum From

Tamarind Seed Powder,Tamarind Pulp From

Tamarind, Tamarind JuicePowder, Oil From

Tamarind Seed, TartaricAcid)

Concrete plasticizerFruit pulp and juiceGum from tamarind seedStarch from tamarind seedsTamarind juice concentratesTamarind juice powderTamarind kernel powderTamarind seed powderTartaric acid from tamarindleaves

Textile, Woollen, Cotton,Bleaching, Dyeing,

Hosiery, Yarn, ReadymadeGarments Etc.

Absorbent cottonActivated bleaching earthAngora rabbit woolArtificial/imitationcostumejewellery and handicraftsAutomatic socks knitting plantBags Manufacturing (AllTypes)Bandage cloth weaving onpower loomBed sheet, bed cover, sofacloth, curtain cloth (homefurnishing)Bed sheet, bed coversfurnishingBlanket from wool or woollenwaste or woollen bagsBlanket manufacture fromshoddyBleaching clay (1000 mt/month)Bleaching, dyeing, printing &finishing of textileBra & panty (eou) ladies undergarmentsBuckramCanvas clothCanvas shoes, jungle boot,boot rubber knees & bootcombatCar seat covers and relatedproductsCarpet from cotton wasteCeramic thread guideCloth (cotton) processing(bleaching, dyeing, printingand finishing of clothCoated yarnCoir handicraftCotton buds/swabsCotton clothCotton fashion bags (e.o.u.)Cotton finishing plantCotton from waste cottonCotton from waste yarnCotton ginning & processingCotton rollsCotton sareeCotton spiders for loudspeakersCotton spinning sizing, yarndyeing and weaving millCotton yarn


LIST OF PUBLICATIONS/BOOKS PUBLISHED BY: ENGINEERS INDIARESEARCH INSTITUTE 4449, NAI SARAK, MAIN ROAD, DELHI - 6 (INDIA)

Name of Books Rs. US$ Name of Books Rs. US$

* Poultry Farm & Feed Formula575/-58* Hand Book of Pig Farming 400/- 40* Agro Based H.B. of Plantation,

Cultivation & Farming 500/- 75* Agro-Based Plantation

Cultivation & Farming 475/- 50* Agro Chemical Industries

(Insecticide & Pesticides) 900/- 90* Technology of Modern Rice

Milling and Basmati Rice 600/- 60* Hand Book of Goat Farming450/- 50* Floriculture Hand Book

(Flowers Growing Technlgy)1000/- 100* Aloe Vera Cultivation,

Processings, Formulations andManufacturing Technology 2500/-250

* Dairy Formulations, Processes &Milk Processing Industries 750/- 75

* Milk Processing and DairyProducts Industries 950/- 95

* Dairy Farming to Produce Milkwith Packaging 475/- 50

* Hand Book of Ice CreamTechnology and Formulae 750/- 75

* Hand Book of Milk Processing,Dairy Products and PackagingTechnology 1675/-165

* Dairy Farming for MilkProduction Technology 975/- 100

* Commercial Dairy Farmingwith Project Profiles 750/- 75

* Herbs, Medicinal & AromaticPlants Cultivation 650/- 65

* Aushidhi and SungndhitPaudho Ka Vaysayik (Hindi)800/- 80

* Aromatic & Medicinal Plantsand Biodiesel (Jatropha) 1100/- 110

* Hand Book of Medicinal &Aromatic Plants 875/- 90

* Fruits & Vegetable ProcessingHand Book (2nd Edn.) 900/- 75

* Fruit Beverage & Processingwith Mango 750/- 75

* Food Processing & AgroBased Industries (2nd Edn.)975/-100

* Preservation & Canning ofFruits and Vegetables 1200/- 120

* Hand Book of FoodDehydration & Drying 1100/- 110

* Meat Processing & MeatProducts Hand Book 1275/- 127

N Name of Books Rs. US$

AGRO CULTIVATION, ANIMALFARMING, AGRO PLANTATION &AGRO CHEMICAL/PESTICIDES/

FLORICULTURE/ALOEVERA

HERBS CULTIVATION/MEDICINES

FOOD & AGRO PROCESS, TOMATOPROCESSING, PRESERVATION,

DEHYDRATION, FRUIT BEVERAGE,POTATO, MAIZE, MEAT, BANANA

* Technology of FoodPreservation & Processing1250/-125

* Food Packaging Tech 900/- 90* Agro Based & Processed

Food Products 1100/- 110* Potato & Potato Process 750/- 75* Technology of Maize

& Allied Corn Products 650/- 65* Technology of Food

Processing Industries 975/- 100* Complete Book on Banana

Cultivation, DehydrationRipening, Processing,Products & Packaging Tech975/- 100

* Agro Food Processingand Packaging Technology1100/-110

* Modern Tech. of TomatoProcessing/Dehydration 1100/- 110

* Technology of FoodChemicals, Pigments& Food Aroma Compd. 1100/- 110

* Modern Technology of AgroProcessing & Food PackagingProducts with ProjectProfiles 1100/- 110

* Technology of Chicken Meatand Poultry Products 1750/-175

* Poultry Farming, Hatchery &Broiler Production 975/- 100

* Fresh processed meat & coatedpoultry products withmanufacturing of dried meatemulsions and curing ofpoultry products 1100/- 110

* Poultry Farm/Feed Formulae 575/- 60

* Modern Technology of Wood,Veneer, Plywood, ParticleBoard, Fibreboard, Bamboo& Forest Products 1600/- 160

* Household Soap,ToiletSoap & Other Soap 750/- 75

* Soaps & Detergents 750/- 75* Synthetic Detergents 975/- 90* Acid Slurry, Surfactants, Soap

& Detergents/Formulae 850/- 85* Complete Tech Book on

Detergents with Formula 950/- 95* Manufacture of Washing

Soap, Toilet Soap, DetergentPowders, Liquid Soap & HerbalDetergents & Perfumes 1100/- 110

* Mfg Tech of Surfactants,Washing Powders, OpticalBrighteners &Chelating 1275 125

* Complete Tec. Book on Soaps,Detergents, Cleaners &Fragrance with Formulae 1100/ 110

POULTRY FARM, HATCHERY &CHICKEN MEAT TECHNOLOGY

WOOD, PLYWOOD, PARTICLE,BOARD, BAMBOO & FOREST

SOAP, DETERGENT & ACID SLURRY

COSMETICS TECHNOLOGY(SYNTHETIC & HERBAL)

* Cosmetics Processes &Formulations HandBook 1475/- 140

* Herbal Cosmetics & BeautyProducts withFormulations 950/- 95

* Profitable Small ScaleManufacture of Cosmetics 950/- 95

* Synthetic&Herbal Cosmetic 975/- 98* Tech of Herbal Cosmetics &

ToiletriesProducts/Formulae1100/-* Start Your Own Hair Shampoos

and Conditioners withManufacturing Processes 900/- 90

* Manufacturing Processes AndFormulations Of CleansingCreams, Baby Products, FacePowders.... 975/- 98

* Formulations & Mfg. Processesof Vanishing all Purpose.....900/- 90

* Hand Book of Oils, Fats andDerivatives with Refining &Packaging Technology 950/- 95

* Technology of OilseedsProcessing, Oils & Fatsand Refining 1400/- 140

* Essential Oils Manufacturing& Aromatic Plants 650/- 65

* Modern Technology ofEssential Oils 850/- 85

* Technology of Perfumes,Flavours & Essential Oils 1175/- 120

* Essential Oils Processes& Formulations 650/- 65

* Hand Book of Flavours &Food Colourants Technoly1400/-140

* H. B. of Perfume & Flavours 975/-98* Hand Book of Perfumes

with Formulations (2ndEdn.)900/-75* Technology of Perfumes,

Flavours & Essential Oils 1175/- 120* Complete Technology Book on

Perfumes, Agarbatti, Dhoopbatti,Attar and other ProductsManufacturing & Formulationswith Project Profiles 950 95

* H.B. of Flavours Tech. 750/- 75* Manufacture Of Perfumes,

Fragrances, Scents, EssencesAnd Incense Sticks (Agarbatti)With Formulations 975/- 98

* Tech Of Solar Pv Panels,Energy,Cells, Lantern, Cooler, LightSystem, Photovoltaic System,Power Plant, Water Heater,Collector, Solar Cooling,Refrigeration, Solar Drying,Home System, Dish Engine &Other Solar Products Mfg.1250/- 125

OILSEEDS AND FATS

ESSENTIAL OILS & AROMATIC

PERFUMES AND FLAVOURS

SOLAR PV PANELS, ENERGY

DAIRY FARM, MILK PROCESSINGAND ICE CREAM


Name of Books Rs.US$

Name of Books Rs. US$N Name of Books Rs.US$CHEMICALS, DYES, LUBRICATING

OILS, PETRO CHEMICALSELECTROPLATING

AVAILABLE PROCESS TECHNOLOGY BOOKS AT www.eiriindia.org

* Small Medium & LargeChemical Industries 375/- 40

* Industrial ChemicalsTechnology Hand Book 1100/-110

* Modern Technology ofOrganic & InorganicChemicals 1400/-140

* Electroplating, Anodizing &Surface Finishing Tech. 1100/-110

* Hand Book of Agro ChemicalIndust.(Insecticide/Pesticide)900/- 90

* Technology of Synthetic Dyes,Pigments Intermediates 1100/-110

* Petrochemicals, Lubricants,Greases & Petroleum Refining900/-90

* H.B.of Lubricants, Greases &Petrochemicals Technology 750/- 75

* Technology of Gums, Adhesives& Sealants with Formulations950/-95

* Hand Book of Adhesiveswith their Formulae (2ndEdn.)900/-65

* Adhesives Technology &Formulations Hand Book 975/- 98

* Technology of Glue &Adhesives with AdhesivesBonding & Formulations 1100/-110

* Complete Hand Book onAdhesives and AdhesionTech. with Project Profiles 900/- 90

* Start Your Own ExportBusiness (How To Export) 450/- 45

* Start Your Own SmallBusiness and Industry 350/- 35

* Candle Making Processes &Formulations Hand-Book 750/- 75

* Stationery, Paper Converting& Packaging Industries 400/- 40

* Modern Inks Formulaes &Manufacturing Industries 325/- 35

* Profitable Businesses toStart for Entrepreneurs 400/- 40

* Modern Small & CottageScale Industries 650/- 65

* Profitable Small Cottage Tiny& Home Industries (2nd Edn.)900/-90

* Technology of Bio-Fuel(Ethanol & Biodiesel) 975/-100

* Mod.Tech.of Bioprocessing1475/-150* ModTech.of BioGas Production1975/-200

GUMS, ADHESIVES & SEALANTS

BIO FUEL, BIO GAS &BIOPROCESSING

* Tech of Sweets (Mithai) 1050/-110* Technology of Sweets (Mithai),

Namkeen and Snacks Foodwith Formulae 1750/- 175

* Mfr. of Snacks Food, Namkeen,Pappad & Potato Products 900/- 90

* Technology of Water andPackaged Drinking Water 1100/- 110

PACKAGED DRINKING WATER

PRINTING & PACKAGING * Complete Hand Book on Packaging

Technology & Industries 1100/-110* Printing Process Tech&Indt. 375/- 40* Hand Book of Printing Technology

(Offset, Screen, Flexo, Gravure,Inkjet & Digital) 975/-100

* Hand Book of Offset PrintingTechnology 500/- 50

* Screen Printing withProcesses & Technology 350/- 35

* Hand Book of Prepress 800/- 80* H. Bookof Packaging Ind. 1300/-130* Modern Packaging Technology

for Processing Food, Bakery,Snack Foods, Spices andAllied Food Products 900/- 90

* Food Packaging Tech. 900/- 90* Tech. of Printing Inks 1150/-115* Packaging Technoloy 1150/-115* Corrugated Boxes 1100/-110

* Paint Pigment Varnish &Lacquer Manufacturing 450/- 45

* Paint Varnish Solvents& Coating Technology 800/- 80

* Paint, Pigment, Solvent,Coating, Emulsion, PaintAdditives & Formulations 950/- 95

* Technology of Coatings, Resins,Pigments & Inks Industries 975/-100

* Mfg. Tech. & Formulations H.B.on Thinners, Putty, Wall & Indu.Finishes & Synthetic Resins 900/- 90

* Technology of SyntheticResins &Emulsion Polymers 975/-100

* Technology of Paints andCoating with Formulations 1750/-175

* Powder Coating Technology 750/- 75* Paint Technology Hand Book

with Formulations (AcrylicEmulsion, Powder Coating, Levelling Agents, PU Ink Binders,Dispersing Agents,Formaldehyde,Polyester Resin, Acrylic Bindersand PU Coatings) 1100/- 110

* Complete Hand Book on Paints,Varnish, Resins, Copolymers andCoatings with ManufacturingProcess, Formulations/Tech 900/-90/-

* Manufacture Of NitrocelluloseLacquers, Pu Lacquer, VacuumMetallizing Lacquers And OtherLacquers With FormulationsAnd Project Profiles 750/- 75/-

* Moulds Design & ProcessingHand Book 495/- 50

* Hand Book of Plastic Materials& Processing Technology 750/- 75

* Injection Moulding of Plastics750/-75* Plastic Processing &

Packaging Industries 975/-100* Plastic Waste Recycling Tech.750/-75* Technology of Plastic Films 650/- 65* Rotational Moulding Technology

HandBook 750/- 75* Plastic Compounding, Master

Batches, PET & Other Plastics750/-75* Synthetic Resins Technology

with Formulations 800/- 80* Technology of PVC Compounding

& Its Applications 900/- 90* Polymer & Plastic Technology950/-90* H.B. of Fibre Glass Moulding450/-45* Techn. of Reinforced Plastics750/- 75* Plastic Additives Technology 950/- 95* Technology of PET Bottles,

Preform and PET Recycling 850/- 85* Modern Technology of

Extrusion & Extruded Prod. 800/- 80* Technology of Synthetic

Resins & Emulsion Polymers975/-100* Technology of Plastic Additives

with Processes & Packaging 900/- 90* Complete Technology Book On

Identification Of Plastics AndPlastic Products Materials 975/-100

* Identification Of Plastics & OtherPlastic Process Industries 950/- 95

* Complete Technology BookOf Plastic Processing AndRecycling Of Plastics WithProject Profiles 1250/-125

* Complete Hand Book Of BlowMoulding Plastics TechnologyWith Project Profiles 975/- 98/-

* Modern Technology Of InjectionMoulding, Blow Moulding,PlasticExtrusion,Pet & Other 975/-100

* Tech Book On Beekeeping AndHoney Products WithProject Profiles 975/- 98

* Complete Technology Book onHoney Processing andFormulations (Harvesting,Extraction, Adulteration,Chemistry, Crystallization,Fermentation, Dried Honey,Uses, Applications andProperties) 1100/- 110

* Modern Bee Keeping &Honey Processing 375/- 40

* Technology of StarchManufacturing (Applications,Properties and Composition)with Project Profiles 1100/- 110

PAINT, VARNISH, SOLVENTS,POWDER COATING & LACQUERS

PLASTIC/POLYMER PROCESSING,COMPOUNDING, INJECTION

MOULDING, ROTATIONALMOULDING, PLASTIC FILM, FIBRE

GLASS, PLASTIC WASTERECYCLING, MOULDS, PET &

RESINS, ADDITIVES INDUSTRIES

SMALL SCALE INDUSTRIES,STATIONERY, PAPER, INKS,

CANDLES & EXPORT BUSINESS

SWEETS, NAMKEEN & SNACKFOOD

BEE-KEEPING & HONEYPROCESSING

STARCH MANUFACTURING


* Technology of Spices andSeasoning of Spices withFormulae 975/- 98

* Technology Of Spices (Masala)And Condiments With ProjectProfiles (Cultivation, Uses,Extrn, Composition etc) 1100/-110

* Spices &Packaging withFormula 900/- 90

* Start Your Own Cold Storage Unit 900/- 90

* Complete Tech. of NonwovensFabrics, CarryBags, Composite,Geotextiles, Medical Textiles,Fibres, Felts, Apparels, Spunlaceand Absorbent Nonwoven1175/- 120

* Tablets, capsules, Injectables,Dry Strups, Oral & ExternalPreparations, Eye, Ear ....1575/- 155

Topical...... 950/- 95

* Hand Book of Leather &Leather ProductsTechnology 850/-85

* Hand Book of Biotechnology900/-90

* H.B.of Ceramics & CeramicsProcessing Technology 1975/- 200

* Modern Tech Of Ceramic Products With Composition 1100/- 110

* Hand Book of Tree Farming 800/- 80

* Hand Book of MushroomCultivation, Processing& Packaging 975/- 98

* Biofertilizers & Vermiculture 900/-100

* Modern Technology ofBiodegradable Plastics andPolymers With Processes(Bio-Plastic, Starch Plastics,Cellulose Polymers & other) 975/- 100

* Production of BiodegradablePlastics & Bioplastics Tech 1500/-150

* Frozen Food Processing &Freeze Drying Technology 1000/- 100

* Frozen Food Products 900/- 90

* Hand Book of Organic Farmingand Organic Foods with Vermi-Composting & Neem Product 1100/-

110

* Hand Book of Fish Farmingand Fishery Products 650/- 65

* Textile Auxiliaries & Chemicalswith Processes/Formula 1050/- 105

* Tech of Textile Chemicalswith Formulations 1450/- 145

* Modern Technology of TextileAuxiliary and chemicalswith formulations 1100/- 110

* Textile Processing Chemicals,Enzymes, Dye Fixing Agentsand Other Finishes withProject Profiles 1275/- 125

* Manufacture of Disinfectants,Cleaners, Phenly, Repellents,Deodorants, DishwashingDetergents with Formulae 900/- 90

* Coffee & Coffee Processing 525/- 53

* OnionCultivation, Dehydration,Flakes, Powder, Processing& Packaging Technology 975/- 98

* Hand Book of Minerals andMinerals Based Industries 975/- 100

* Rubber Chemicals &Processing Industries 400/- 40

* Modern Rubber Chemicals,Compounds & RubberGoods Technology 1500/- 150

* Technology of Rubber &Rubber Goods Industries 900/- 90

* Ayurvedic & HerbalMedicines with Formulaes 750/- 75

* Hand Book of AyurvedicMedicines with Formulations 900/-90

* Modern Technology of NonFerrous Metals and MetalExtraction 1100/-110

* Processing Technology ofSteels and Stainless Steels 1900/-190

* Modern Technology ofRolling Mill, Billets, SteelWire, Galvanized Sheet,Forging & Castings 2500/-250

* Mfg Tech of Non-FerrousMetal Products 1750/- 175

* Modern Technology of FoodAdditives, Sweeteners andFood Emulsifiers 1575/- 156

* Technology of FoodChemicals, Pigments andFood Aroma Compounds 1100/- 110

* Technology of DisposableMedical Products 1750/-175

* Technology of Soya Milk, Tofu,Hydrolyzate, Allied SoyabeanProducts with project Profile 975/- 100

* Technology of SOYBEANProducts with Formulae 1100/- 100

* Technology of Products fromWastes (Industrial, Agriculture,Medical, Municipality, Organic& Biological) By Panda 900/- 90

* Products from WasteTechnology Hand Book 1100/- 110

* Technology of WineProduction and Packaging 1750/- 175

* Casting Technology H.Book750/- 75CASTING TECHNOLOGY

WINE PRODUCTION

SOLAR PV PANELS, ENERGY

* Technology of Building Materials& Chemicals with Processes950/- 95

* Mod. Tech. of Bleaching, Dyeing,Printing & Finishing of Textiles 750/- 75

* Technology of Textiles (Spinning& Weaving, Dyeing, Scouring,Drying, Printing and Bleaching) 900/- 90

* Garments Manufacturing Tech. 900/- 90

* Technology of Biscuits, Rusks,Crackers & Cookies withFormulations 975/- 98

* Hand Book of Confectionerywith Formulations 900/- 90

* Breakfast, Dietary Food, Pasta& Cereal Products Tech 1150/-120

* Modern Bakery Products 900/- 90* Modern Bakery Technology &

Fermented Cereal Productswith Formulae 1250/-125

* Confectionery,Chocolates, Toffee,Candy, Chewing & Bubble Gums,Lollipop & Jelly Products 1750/-175

* H.Book of Bakery Industries 950/-95

* Fibres With Manufacturing Processes & Properties With Project Profiles 975/- 100

BUILDING MATERIAL & CHEMICALS

TEXTILE, GARMENTS, DYEING...

PHARMACEUTICALS & DRUGS

NON WOVEN TECHNOLOGY

LEATHER &LEATHER PRODUCTS

TREE FARMING

SPICE, SEASONING, CONDIMENTS& COLD STORAGE

BIOTECHNOLOGY

CERAMICS & CERAMIC PROCESS

MUSHROOM PROCESSING

BIOFERTILIZERS & VERMICULTURE

BIODEGRADABLE PLASTICSAND POLYMERS

FROZEN FOOD/FREEZE DRYING

MINERAL AND MINERALS

RUBBER CHEMICALS,COMPOUNDS

& RUBBER INDUSTRIES

AYURVEDIC/HERBAL MEDICINES

STAINLESS STEEL, NON FERROUSMETALS, BILLETS & ROLLING MILL

FOOD ADDITIVES/CHEMICALS ANDSWEETENERS & FOOD EMULSIFIERS

DISPOSABLE MEDICAL PRODUCTS

SOYA MILK, TOFU & SOY PRODUCTS

PRODUCTS FROM WASTE

ORGANIC FARMING & FOOD/NEEM

FISH FARMING & FISHERY PRODUCTS

TEXTILE AUXILIARY & CHEMICALS

DISINFECTANTS, CLEANERS,PHENYL, DEODORANTS,

DISHWASHING DETERGENTS ETC.

COFFEE & COFFEE PROCESSING

ONION CULTIVATION/PROCESSING

* H.B.of Pulp & Paper, PaperBoard & Paper Based Tech. 1150/- 120

PULP & PAPER TECHNOLOGY

BAKERY, CONFECTIONERY,BISCUITS, COOKIES, BREAKFAST,

PASTA & CEREALS

TECHNOLOGY OF FIBRES

* Beer,Cereal Based Beverages, SoyBeverages, Fruit Wine, Vodka, TeaBeverages & Beverages 1100/- 110

* Mfg Tech Hand Book Of Gin, Rum, Whisky, Distillery Spirits, Brandy, Fruit Spirits, Flavours, Maturation & Blending With Other Alcoholic Beverage 1250/- 125

BEER, VODKA, BEVERAGE, WHISKY

FLOUR MILL (ATTA MAIDA, SUJI)

* Start Your Own Wheat Flour Mill(Atta, Maida, Suji, Bran& Besan) 900/- 90

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