Profil Perusahaan PT. Frata Bayutama Prima PDF

PT. FRATA BAYUTAMA PRIMAIndustrial Cleaning, Chemical, Maintenance, Sparepart & Painting Coating

COMPANY PROFILE

CONTENT

COMPANY OVERVIEW

VISION, MISSION AND BELIEVE

OUR VALUE IS CUSTOMER SATISFACTION

SERVICES WE PROVIDE

VISION, MISION, BELIEVE

PRODUCTS & CLEANING MAINTENANCE

CHEMICAL PRODUCT AND MAINTENANCE

INDUSTRIAL CHEMICAL CLEANING

OPERATIONAL CHEMICAL CLEANING

PAINTING AND COATING

LIST EQUIPMENT

OUR SERVICE IN INDUSTRIAL MAINTENANCE

CUSTOMERLIST

WORKING REFERENCE

CONTACT US

COMPANY OVERVIEW

PT. Frata Bayutama Prima began its legalcy in 2007 by marketing a full line of Xcel Building and Industrial Cleansing as well as Refractories, Insulation, Maintenance Chemicals Covering Chemicals for Cleaning,Water Treatment, Waste Water Treatment, Fuel Oil Treatment, and other speciality chemical.

Excellent product quality and strong client commitment has allowed the company to prosper and to increase its range of products and services. The company has also expended into Maintenance and Engineering Services, fortified by its technology, unique methodology, modern tools, equipment and accessories. All of these are being facilitated by our dedicated professional whorkshop Futhermore.

PT. Frata Bayutama Prima department currently has a workshop and several departments of office building, workshop and wharehouse. The warehouse hold extensive inventory while the workshop hold the engineering services which allow easy communication between the sales representatives and the technical engineer in providing efficient customer service.

after the cleaning of the facilities, Xcel with the modern and cutting edge technology in prevent ion and maintenance methodology also provide other products and services to complement the cleaned facilities. These include Fuel Oil Treatment Management Program.

We invite you to examine this company profile carefully and consider the advantages of a modernization cleaning program that will result in an increase of a process efficiency and a higher profitability.

PT. Frata Bayutama Prima is in a unique position to help the client to increase profitability by improving the efficiency of the facilities with minimum cost involved.

The Xcel Modernization Cleaning program is both innovative and far reaching. It Combines chemical and mechanical cleaning methods to increase the efficiency of the facilities such as fin fan cooler, convection section, heat exchanger, boiler other. Similarly, the company also focusing at the safety advantages of the workers, metals and environment.

The objective is quite simple if the facilities are already cleaned from scale, carbon or any deposits, the facilities will run smoothly. The end result is the increase in production efficiency that translates into higher profitability.

OUR VALUE IS CUSTOMER SATISFACTION

Market oriented and guaranteed product availability. Safety advantages chemical products focusing on the safety of the

metals and safety of the environment. Comprehensive back up support facilities and competently trained

service engineers. Product quality consistency Modern tools, equipment and accessories. 24 hours emergency call during the project and trouble shooting on

emergency case Exclusive workshop support. Use of a flexible system of chemicals treatment resulting in greater

effectiveness Thorough analysis of existing problems Risk-based, cost-effective, practical solutions. Hands-on experience and management tools to get the job done

correctly, on time and whiting budget. Careful planning to prevent future problems Safety planning and compliance Satisfaction guarantee in achieving the scope of work and the

acceptance of approval. Evaluation and Documentation of the projects.

SERVICE WE PROVIDE

To conduct a global business directed toward one stop solution in chemical preventative and maintenance as well as

engineering services through innovation, safe, compliant and cost-effective manner.

MISSION BELIEVE

VISION

PT. Frata Bayutama Prima is committed to be the vendor of choice for our building and industrial clients continually supplying chemical product and services that meet clients need for profitability improvement.

We Willaccomplish this trough open communication and measurable performance objectives while being fiercely focused on cost. We also place paramount importance in providing Client Services Quality which translates to understanding client's needs and in delivering the level of quality to meet those needs and expectation.

As our believe in a cleaner greener and better tomorrow, Xcel manufacture environmentally friendly and biodegradable products.In line with our core value, product quality and client's commitment, Arvichem chemical has been proven in value adding technology that has enhanced its custumores existing product lines, bringing to fruition a muttualy profitable business that endeavors its reputation as “ Trust us with chemical and engineering services “

Since we believe that our customers are also our partner in chemical innovation, PT. Frata Bayutama Prima serves its customers with Xcel speciality products.

CHEMICAL PRODUCT AND MAINTENANCE Building and Industrial Chemical Watertreatment Product -Multy Function Boiler Treatment(anti scale & anti corrosion -Corrosion Inhibitor -Oxigent Scavenger -Multy Function Cooling Tower Treatment -Algacide Treatment -Algacide Oxidizing Biocide -Closed Loop System (Chiller Treatment) Waste Watertreatment -Coagulation -Floculation -Oxidizing Additive

Building and Industrial Maintenance Scale Remover Inhibite Acid & Scale Remover Silica Remover Hard Scale Remover (For Digester) Organic Remover (For Difuser) Green Liquor Scale Remover (For Green Liquor Main Pipe) Carbon Remover Rust Remover Rust Converter Passivating Agent Cutting Oil Radiator Coolant Flush and Slude Dispersant Fin Coil Cleaner (Acid Base) Fin Coil Cleaner (Alkaline Base) Degreaser (Water Base) Super Degreaser (Solvent Base) Pickling Stainless Steel Aluminium Cleaner Paint Remover Penetrating Oil Anti Foam Neutralizer

CHEMICAL FOR Oil and Gas FieldDRILLING APPLICATIONS -Antiifoam)Defoamer -Biocide -Corrosion Inhibitor -Emulsifier -Foamer -Cleaner (including Rig Wash) -Scale Inhibitor

PRODUCTION OF OIL & Gas -Demulsifier -Antifoaming Agent -Scale Inhibitors -Corrosion Inhibitor -Flow Improver (Paraffin Inhibitor) -Pour Poitn Depressant -Biocide -pH Control (AZOLE)

The two major categories of chemical cleaning are pre-operational chemical cleaning—

part of pre-commissioning or commissioning activities—and post-operational or

maintenance chemical cleaning—part of regular shut down work.

Pre-operational chemical cleaning is performed to remove any foreign material

remaining from the construction activities either on the pipe or system fabrication. Major

considerations in the pre-operational phase include mill scale, corrosion products, weld

scale, oil, grease, sand, dirt, temporary protective coatings, and other construction

debris.

Post-operational cleaning is performed for a number of reasons, including reduced heat

transfer, reduced flow, safety (e.g., H2S, pyrophoric iron, LELs, ammonia, etc.), reduced

surface area (e.g., catalyst), access to full inspection, and more. The type and

frequency of post-operational cleaning varies with system design, operating

requirements, and history of operation and fluid/water treatment.

FourQuest Energy has developed over 127 different chemistries for a variety of

applications. View our chemical product section for more information.

INDUSTRIAL CHEMICAL CLEANING

OPERATIONAL CHEMICAL CLEANING

Ì ÑPOŎŇŒ PŎ ŃOÑÖ ÒŃMÕÕŘ ŃÕÑMŌ ŘŎÞǾ ŒŘŒPÑÖ B İ OÑŒÑ ÒŌŃÕÞŇÑÈ

A. İ OÑ ĞÒÕÕ MŌŇ Ĭ ŎMÔ Ì ÑPOŎŇ

The fill and soak method is often used for internal surface cleaning of large volume vessels and pipes

where a proper circulation is not feasible (e.g., heat exchangers, vessels, boilers, etc.). The system is

filled with a chemical cleaning solution and drained after a period of time. If necessary, this can be

repeated several times until the equipment is clean. Mineral acids have the capability to react with

metal deposits with little or no agitation. This application can be used for pre-operational and/or post-

operational (maintenance) cleaning.

1. Ì ÒŌÑǾMÕ Ė ŃÒŇ FÕÑMŌÒŌŊ – Pickling

Mineral acid cleaning is used for the removal of metallic scale and corrosion products. It is usually

applied in a three-stage operation: degreasing, metal collection, and passivation. This method has

become a last resort option due to a variety of reasons, including environmental, safety, and disposal

issues.

2. ĖÕÔMÕÒŌÑ ŒŃMÕÑ ǾÑÖ ŎQMÕ

Alkaline scale removal is used for the removal of organic deposit only. Like the fill and soak method, it is

also used if circulation is not feasible. However, increased agitation can improve the results. Steam

sparging is a common form of agitation in this method.

B. ĞÒÕÕ Mnd Circulate Method

This method involves filling a system with a chemical cleaning solution and circulating it with a pump.

This is the most common method used for chemical cleaning in the industry. It is important to keep the

fluid velocity in a certain range to avoid corrosion. Furthermore, the concentration and temperature of

the cleaning solution have to be monitored during the entire operation. As with any pickling method, it

is recommended to apply this method in three different stages: degreasing, metal collection, and

passivation.

1. FOÑÕMPÒŌŊ Ė ŊÑŌP FÕÑMŌÒŌŊ – Pickling

The most common chelating agents used in pickling are citric acid and EDTA. These agents are

recommended for both pre-operational and post-operational cleaning of steam generating systems.

Similar to mineral acids, but much safer to use, these agents are also applied in a three-stage

operation—degreasing, metal collection, and passivation. Despite the separate cleaning stages, citric

acid and EDTA are used in a single batch solution, significantly reducing the volume of waste generated

during the process.

2. Ì ÒŌÑǾMÕ Ė ŃÒŇ FÕÑMŌÒŌŊ – Pickling

Mineral acid cleaning is very similar to chelating agent pickling. It is still used often due to its low cost. It

is more commonly used on piping systems than on expensive system vessels. In addition to being

economical, the mineral acids are able to perform cleaning at ambient temperatures when used in

higher concentrations.

3. Degreasing

Degreasing usually refers to an alkaline wash of internal surfaces on the process equipment to remove,

above all else, organic matter. If incorporated with filtration, it can be used for debris removal from a

system during the pre-operational cleaning. Some of the most commonly used chemicals for degreasing

purposes, to prevent foaming, and/or to improve heat transfer on process equipment include: sodium

hydroxide, tri-sodium phosphate, sodium meta-silicate, sodium carbonate, and non-ionic surfactants.

Purposes, to prevent foaming, and/or to improve heat transfer on process equipment include: sodium

hydroxide, tri-sodium phosphate, sodium meta-silicate, sodium carbonate, and non-ionic surfactants.

- Ĭ ŎÕQÑŌP FÕÑMŌÒŌŊ

The type of solvent used for solvent cleaning should be based on laboratory studies of the deposit

sample found inside the system. This will help ensure that the expected result of the chemical cleaning is

achieved at minimum expense and risk to the system. If the system volume is large, a cutter fluid can be

used to reduce the cost of a potentially expensive solvent.

C. FMŒŃMŇÒŌŊ FÕÑMŌÒŌŊ Ì ÑPOŎŇ

When large volume vessels are not designed to sustain full liquid levels, the cascading cleaning method

is the best option. Adding chemicals at the top of the vessel and maintaining the level at the bottom is a

common method in tower cleaning.

- İ ŎR ÑǾ FÕÑMŌÒŌŊ

The cascading method is commonly used for towers with a large number of trays. A hot mixture of

chemicals is added near the top of the vessel and cascades down through the trays, dissolving any

deposit on the trays. To improve the cleaning process, it is a good practice to agitate the fluid with a gas

injected at the bottom of the tower.

D. İ R Ŏ Ĩ OMŒÑ ĞÕŎR FÕÑMŌÒŌŊ Ì ÑPOŎŇ

Two-phase flow cleaning can be applied to reduce the cost and amount of waste generated. Several

patterns can be used in two-phase flow, three of the most common being bubbly, slug, and annular

flow. Each pattern requires special engineering design to reduce the risk.

- Small diameter/volume piping

Small diameter piping can be effectively cleaned by applying a slug flow pattern. Typically, water and air

are used in specific amounts in order to produce a high cleaning force ratio.

- I MǾŊÑ ŇÒMÖ ÑPÑǾCQŎÕÞÖ Ñ ŐÒŐÒŌŊ

With proper design, annular flow can be used to clean large diameter piping. This method is cost

effective, especially if the piping was not designed for any “conventional” cleaning method.

E. Ĭ ÕÞŊ ĞÕŎR FÕÑMŌÒŌŊ Ì ÑPOŎŇ

The slug flow method is specially designed for pipeline cleaning. It applies a slug of liquid chemicals sent

between two separator pigs. The driving force to move the slug through the pipeline can be either a

liquid or a gas.

- Ĩ ÒŐÑÕÒŌÑ FÕÑMŌÒŌŊ

Any pipeline, regardless of diameter, requires a large volume of chemicals to be filled and circulated

with. To reduce amount of chemicals and waste, a slug flow method can be used to achieve very similar

results. Special attention has to be paid to the velocity and volume calculations during the pre-

engineering phase.

F. Ĭ PÑMÖ Ĩ OMŒÑ Ì ÑPOŎŇ

This method is designed for fast and efficient—and therefore economical—process plant cleaning in a

single step. The term “process plant” refers to large process vessels, reactors, exchangers, and

interconnecting piping. This is an upgraded steaming process where chemicals are injected into the

steam stream. Although diverse, this method is used more often for post-operational cleaning to

remove H2S, benzene, LELs, pyrophoric iron, mercaptans, and ammonia.

- GÑŊMŒŒÒŌŊ MŌŇ GÑŃŎŌPMÖ ÒŌMPÒŎŌ FÕÑMŌÒŌŊ

Degassing is a chemical cleaning process that eliminates dangerous gaseous elements inside petro-

chemical processing equipment. To improve the degassing process, it is recommended that

decontamination (solvent circulation) precede degassing to reduce the source of contamination (e.g.,

sludge, heavy deposits, etc.). Using a specially designed series of chemicals reduces and/or eliminates

any risk for the maintenance shut down during hot work. This method reduces both the amount of

waste and human exposure to dangerous substances during cleaning and maintenance work.

G. ĘŎÒÕÑǾ ĘŎÒÕ Î ÞPŒ

For a safe and efficient start up of steam generating equipment, it is recommended to remove any

organic matter from the internal surfaces. Construction oil and grease compounds may cause foaming

and reduce heat transfer on the tubes, which can cause tube failure. As a prevention measure, boiler

boil outs are recommended prior to start up activities. This is another alkaline way of cleaning steam

generating systems.

- FŎÖ Ö ÒŒŒÒŎŌÒŌŊ ĘŎÒÕÑǾCFŎŌŇÑŌŒÑǾ FÕÑMŌÒŌŊ

Commissioning boiler cleaning is highly recommended for any steam generating systems. The cleaning is

performed when a boiler is filled with a water-based chemical solution. The solution is heated either by

starting the boiler itself or by using steam from an external boiler. Maintaining the conditions above the

boiling point, chemical concentration, and oil content are monitored for a certain period of time or until

the oil content drops to a predetermined level.

H. ĞŎMÖ FÕÑMŌÒŌŊ Ì ÑPOŎŇ

Instead of using a large volume of concentrated chemical solution, this method uses a gas mixed with

the same concentration of chemical solution. It is appropriate for systems characterized by a large ratio

of volume to surface area. This would offer the same or very similar results with a significantly reduced

amount of chemicals used and waste generated. Based on a particular application, the nature of gas can

be determined; however, an inert gas is highly recommended for this application. The method can be

used for the following applications:

1. Large volume vessel/pipe cleaning

2. Equipment/Piping – not designed for liquid weights

I. Í ŎŖŖÕÑ FÕÑMŌÒŌŊ Ì ÑPOŎŇ

Nozzle cleaning is another method used when the volume to surface area ratio is high. Instead of filling

the entire system with costly chemicals, 360° rotating head nozzle(s) are used to spray the walls of the

vessel and keep the volume of chemicals relatively low. This allows flow and temperature of the

chemical solution to be kept in the recommended range. The most common applications of the nozzle

cleaning method are:

1. Large volume vessel cleaning

2. Storage tank cleaning

Tank chemical cleaning is a specific process that has to be designed on a case-to-case basis. Based on

the nature of the deposit, a proper solvent has to be chosen, which can minimize manpower and waste

material. The chosen solvent is then circulated with an external pump, establishing several circulation

loops. This method has several advantages to the conventional tank cleaning practice: it is a cost

effective method, reduces cleaning time, generates minimal to no waste (over 95% recovery of

hydrocarbons), requires no crew entry, and presents minimized environmental risk

PAINTING & COATING I. SCOPE :

This procedure is primarily to summarize the Requirement of the surface preparation and painting system of per client specification.

II. STANDARD, CODE & REFERENSI

Standard for c leaning and surface profile and coating system shall be conform to Standard: SSPC – ( Steel Structure Painting Council ) or NACE (National Association Of Corrosion Engineer ). And specification. The inspector and painting supervisor shall ensure by inspecting each step of works.

III. PREPARATION AND MOBILIZATION

3.1. Prepare material, equipment, and manpower to execution of work. 3.2. Prepare working permit for manpower and equipment. 3.3. Safety or ientation for all workers will be work to execution of the job.

IV. SURFACE PREPARATION

1. Sandblasting Specification

Surface Preparation system Standard SSPC – SP 10 (near white metal). Swedish Standard ( SA 2,5 ) No. # 2.

2. Sandblasting Material. Silica sand size 8 ~ 30 mesh ex Bangka (in case abrasive material is not match to the requirement other alternative shall be taken in to consideration ).

3. Working Scheme.

Prepare all of raw material piping. Prepared sandblasting equipment such as compressor, hose, nozzle and blasting hoods & pipe for worker, if everything is ready, sandblasting work can be executed.

Set – up the compressor pressure in 6 ~ 8 kg/m² during sandblasting work and distance between nozzle and plate is 3 – 4 feet. Cheek required in specification cleans of the surface vessel, piping & Tank could shown near white SP 10 for piping & vessel, sandblasting finish. If the specification is suitable to the planning

V. APPLICATION PROCEDURE

1. All coating material shall be applied with airless spray, air spray and 2 roller and touch up coating by brush for minor areas.

2. The spray angle shall be held at r ight angles to the surface and each pass shall overall the previous pass by 50%. Use Spray tip nozzle as recommended by coating manufacture.

3. All coating shall be mixed with mechanical agitor and according to proportion ratio, shall follow manufacture recommendation for each coating used.

4. All coating material shall be used before reaching the pot life internal as recommended1 by coating manufacture.

5. Thinning is may be required to compensate the application and only the recommended thinner for each type shall be used. The amount of thinner used should not exceed over the recommendation.

I. APPLICATION REQUIREMENT

1. Before each coating applied surface must be clean and attained surface roughness

according to specified cleaning degree and surface profile. 2. The surface must be always clean and dry and proper the dusting by blown air. 3. No coating shall be applied during mist or rain and relative humidity, shall be keep to

maximum 85% and surface temperature must be always above the dew point at last 3 degree Celsius. “ Sling Hygrometer: and dew point shall check humidity by dew point calculator.

4. Painting material with deteriorated during storage shall be used. II. COATING APPLICATION

1. QC and Supervisor should inspect correct type of coating, mixing and thinning in charge. 2. Any surface that not specified to be coated shall be protected. 3. During paint application wet film thickness must be regularly checked to obtain the correct

film thickness. Wet film thickness check by WFT gauge/messkamm. 4. After exposure and contaminated with the environment surface shall be fresh water

washed and prepare clean before any coating application. 5. If the maximum re coating interval exceed, roughening of the surface by sandpaper and/or

light abrasive sweeping is mandatory. III. PAINTING SPECIFICATION

All requirement detailed shall corresponding with NACE /SSPC specification. 1. Dry films thickness shall be checked according to the standard procedures ( SSPC – PA ). 2. If dry film thickness is not meet the maximum specified thickness, additional coat is

mandatory until it reached and conformed to the specification. IV. INSPECTION AND TESTING

� Surface preparation will be inspected each working days (prior painting application) using surface comparator.

� DFT shall be inspected each layer painting application by magnetic thickness gages. � DFT of paint shall be calculated by averaging readings taken the following phi losophy shall

be applied for acceptability of measured thickness. � All measured value of DFT shall be exceeding 90% of the specified value. � The number of measured film thickness, which is less than the specified value, shall be less

than 20% of total number of measurement. � Final visual inspection shall be done, if after all activities completed. � Inspection report shall be prepared per each painting application.

V. REPAIR AND TOUCH UP

After erection repair and touch up painting will be executed. The process of repair is : 1. Clean tack welds by using grinding machines and spot abrasive blast before repainting. 2. The painting work of seam we do after hydro test vessel, piping & tank finish. The system

of execution same as tack weld. 3. Touch up coating use the same system as in coating date sheet. 4. Use brush for all weld seams and for every rough weld joint.

Laboratory Equipments

Type Specification Apllication

Chemical Circulation Pump Phase 1

Total Head 10m

Cap 20L/minutes

Chemical Circulation


Total Head 25m

Cap 50L/minutes



Total Head 40m

Cap 55L/minutes



Total Head 29m

Cap 150L/minutes


(Solvent Base)


Total Head 10m

Cap1083L/minutes



Total Head 48m

cap 240L/minutes



Total Head 75m

Cap 226m3 /hours



Total Head 75m

Cap 226m3 /hours

Explosion Proof



Total Head 125m

Cap 320m3/hours


Innear Gear Pump Phase 3

Total Head 50m

Cap 45m3/hours

Sludge Pump

Specification Application

High Pressure Pump 120 bars WP 1800psi/120bars

Phase 1

Jet Washer

High Pressure Pump 140bars WP 2100psi/140bars

Phase 1

Jet Washer


Phase 3

Jet Washer


Phase3

Jet Washer


Phase 3

Jet Washer


Phase 3

Jet Washer

High Preesure Pump 500 bars WP 7500psi/500bars

Diesel Engine

Jet Washer

High Pressure Pump 1000 bars WP 14.500psi/1000bars

Diesel Engine

Jet Washer


Diesel Engine

Jet Washer

Other Equipments

Specification Application

Rotatool Phase 3

(Rotating Tool)

Rotating Wire Brush

Accessories for Rotatool

- Flexible Drive

- Flexible Alkathene Drive

- Speciality Wire Brush

Flexible Drive

Flexible Drive

Specialty Wire Brush

Flexible Drive

Flexible Drive

Speciality Wire Brush

Air Gun Drive (Multi Compressor Applicabe) Air Gun Drive Air Gun Drive

Laboratory Equipment Specification Application

Spectrofotometer Hach DR-2500 Water Analysis

Spectrofotometer Hach DR-890 On-Site Water Analysis

TDS & Corductivity Meter Hach Sension 5 TDS & Corductivity Test

pH Meter Hach Sension 1

pionner 10

pH Test

Viscometer Rion VT-03F Viscosity Test

Hardness Test kit Hach HA-4P-MG-L Hardness Test

Iron Test kit Hach IR-24 Iron Test

Analytical Balances UWE NJW-150

Shimadzu BL-320H Measuring Instrument

Oven Memmert UM-400 Oven

Water Bath Memmert UM-400 General Test

Stirring Hotplate Favorit Stirring Test

Jar Test FP4 VELP Scientifica Waste Water Analysis

FlueGas Analyzer Eutron Unigas 2000+ FlueGas Analysis

Burner Soudogas X2000 Fuel Oil Treatment Test

Petrifilm 3M Microbiological Test

Safety Equipments

Safety Equipment Specification Application

Oxygen Mask Oxygen Mask Oxygen Mask

Oxygen Mask With Compressor Oxygen Mask Oxygen Mask

Fire Resistant Coat Fire Resistant Coat Fire Resistant Coat

Chemical Mask Chemical Mask Chemical Mask

Other Safety Equipment Other Safety Equipment Other Safety Equipment

Accessories for High Pressure Pumps

Type Specificatiom Application

BJV Centralizer WP 20000psi/1400bars Pipe Cleaning

Foot Valve WP 20000psi/1400bars Foot Valve

Trigger Gun WP 20000psi/1400bars Trigger Gun



High Pressure Hose 1/2" WP 20000psi/1400bars Hose



Flexible Hose Water Drive 5/32" WP 14700psi/1000bars House Intube

Flexible Hose Water Drive WP 1760psi/1200bars House Intube

Flexible Hose Water Drive 6/32" WP 14700psi/1000bars House Intube

Lance Ø 1/8" 1/8" Extension Lance For Trigger Gun




Spray Nozzle Nozzle Nozzle

Straight Nozzle Nozzle Nozzle

Rocket Nozzle Nozzle Nozzle

Spin Jet Rotary Nozzle WP 14700psi/1000bars Nozzle

Hammelman Rotary Nozzle/Water Blasting WP 20000psi/1400bars Water Blasting

Short Lance with Regulator Sdouble Barrel 250bars Dump Gun

Type

Type

Centrifugal Pumps

High Pressure Pumps

List Equipment

Our Service In Industrial Maintenance pulp dan Paper Mill : ÊŇŌ Į Ò ÅŇĹŁĮ ÒÓL ËĮ Ĭ ŇÖĮ ÒŐ ÅŇĹŁĮÒÓL Ĉ ŇÔOǺŇŁİ Ĉ Őİ ÒŇÓÔÏ ÔĹĬ ĔĮ ÓÔĹŃĴ L ĂĹÒ Ĉ Į Ï ÔĮ ÒÓL ËĮ ĲÒÏ ĬÔŇÒŐ

Removal, Fire Side Deposit Removal, Kamyr Digesters, Digester, Heaters, Batch

Digesters, White Liquor Lines, Green Liquor Lines,Black Liquor Evaporators, Black

Liquor Concentrators, Head Boxes Couch Rolls, Suction Press Rolls, Pulp & Drain Lines,

Alum Lines, Bleach Plant Towers, Stock Chests, Foundries & Wire Pits, Hydraulic &

Lube Oil Piping Turbine Blanding, Surface Condensers.

ÊĮ ÔÒŇĻĹĿ ĹÏ : ǼÕÒĲÕÒÏ Ł ĖŃĹÔL ĖÒĮ Ï ÊŁÏ ŃÔL ĖÔĹŁĹÔŐ ÅŇĹŁĮÒÓL ÊŇŁŐĮÔĶŐŁĮ ŃĮ Ė ŃĹÔL ÊĶŇÓÑĶÏÔĮ ÊŁÏ ŃÔL ǺÏ ÕÓÔĹĬ O

Chlorine, Ammonia Unit, Methanol Unit, Waste Heat Boilers Polypropylene Unit,

Acrolien, Closed /Open Cooling Systems

É ĹŁ ĂŃİ Ć Ï Ó ǺÒÕİ Į Ė ŃĹÔÓ - Vacuum & Atmosphere. Vacuum Tower, Atmospheric Tower, Heat

Exchangers, Brine Coolers, Desalters, Knock - Out Pots, Vacuum Furnace, Atmospheric

Furnace, Overhead Condensers. Exchangers, Iso. Stripper, Iso. Reboiler, Iso. Receiver,

HF Stripper, HF Stripper- Reboiler, Regenerator, Feed Preheated.

ǺÏ ÔÏ ŁŐÔĹĬ ǺÒÏ Ĭ ĻĹŃĴ Ė ŃĹÔ ǼÒÏĬ ÔĹŇŃÏ ÔŇÒ ĔŇŌ Į ÒL Ĝ Ï ÓÔĮ ĈĮ Ï Ô ÅŇĹŁĮ ÒÓL ĒŁÕÒÒŐ ÆŎĬĶÏŃĴ Į ÒÓL ǺÒŇÓÓ ǺŇŃŃĮ Ĭ ÔĹŇŃ ĎĹŃĮÓL ĒÕÒĲÏ ĬĮ ǺŇŃİ Į ŃÓĮ ÒÓ ǺŇĻĮ Ò Ĝ Ï ÔĮ ÒÓĹİ Į ÆŎĬĶÏŃĴ Į ÒÓL ǼÕÒŃÏ ĬĮ ÓL ĔŇŌ Į ÒÓL ĔÒÏ ŃÓĲĮ Ò ĎĹŃĮ ÓN

Ĉ Ǽ ĂŁĻŐŁÏ ÔĹŇŃĕÓ Ė ŃĹÔ ČÓŇN ËĮ ĬŐĬ ŁĮ ǺŇŇŁĮ Ò, Iso. Overhead Condenser , Iso. Preheater , Reactor Cooler, Polymer Surge Drum , Depro. Feed Condenser, Depro. Receiver, Bottom Cooler. Ë Į ĲŇÒĿ Į Ò ǼĮ Į İ ÆĲĲŁÕĮ ŃÔ ÆŎĬĶÏŃĴ Į ÒL ĒÔÏĪ ĹŁĹØÏÔĹŇŃ O ĎĹĴ ĶÔ ÆŃİ Ó Ė ŃĹÔL ǼÕÒŃÏ Ĭ ĮÓ Building Maintenance ÅÉČĎÆË ǺĈÆĐ ČǺĂĎ CLEANING Ĝ Ï ÔĮ ÒÓĹİ Į ǺĶĮ Ŀ ĹĬ Ï Ł ǺŁĮ Ï ŃĹŃĴ L ǼĹÒĮ ÓĹİ Į Ï ŃÔĹ-corrosive Chemical Washing & Jet Cleaning, Pre-

Commissioning Cleaning, Descaling Iron & Copper Oxides Removal, Degreasing · Boiling-out,

Petroleum & Lubricating Carbonized Oils Removal, Edible Carbonized Oils Removal, Fireside Soot Deposits Removal, Fireside Vanadium & Sodium Hard Deposits Removal, Fireside dew point

and Sulfuric acid corrosion attack protection. ĈÆĂĔ ÆĞǺĈ ĂÈ ĆÆË ǺĈÆĐ ČǺĂĎ ǺĎÆĂÈČÈĆ ĂĹÒ Ĭ ŇŇŁĮ ÒÓL ŁÕĪ ŇĹŁ Ĭ ŇŇŁĮ ÒÓL Ō Ï ÔĮ Ò Ĭ ŇŇŁĮ ÒÓL ĲÕĮ Ł ĶĮ Ï ÔĮ ÒÓL condensers, evaporators, cooling systems, and pipelines. Fresh & sea waterside chemical cleaning , Steam side chemical cleaning. Oil side

chemical cleaning, Air side chemical cleaning, Passivity. ĔĂÈÇ ǺĈ ÆĐČǺĂĎ ǺĎÆĂÈČÈĆ ǼŇÒ ÓÔÏ ĹŃŁĮ ÓÓ ÓÔĮ Į Ł ÔÏ ŃĻÓ Z ÊĹĬ ĻŁĹŃĴ Ï Ńİ ÑÏ ÓÓĹÖÏ ÔĹŇŃ ÓĮ ÒÖĹĬ Į PIPELINES CHEMICAL CLEANING For stainless steel and carbon steel pipelines: pickling and passivation service, oil and grease deposits removal

No. Customer Ket Customer

1 PT. Aircontech Indonesia 29 PT. Putra Bangun Citra Mandiri

2 PT. DNP Indonesia 30 PT. Saritech Pratama Mandiri

3 PT Surya Logam Kencana 31 PT. Saptakrida Karya Mas

4 PT. Bina Inplasco 32 PT. Selaras Prima Digital

5 PT. Centra Kosambi 33 PT. Sejin

6 PT. Bridgestone Indonesia 34 PT. Shinmei Electric Indonesia

7 PT. Dharmapala Usaha Sukses 35 PT. Srikandi Multi Rental

8 PT. Samator 36 PT. Soka Langgeng Utama

9 PT. Epiterma Mas Indonesia 37 PT. Timas Suplindo

10 PT. Eskimo Wieraperdana 38 PT. Panca Nabati

11 PT. Excel Metal Industri 39 PT. Citra Airindo A

12 PT. Excelindo Chandra 40 PT. Indorama Syntetics Tbk

13 PT. Pomala Binatama 41 PT. Trikusuma Grahabadi

14 PT. Nusahadi Citra Harmonis 42 PT Universal Foot ( UFU )

15 PT. LG Indonesia 43 PT. Upsol Indonesia

16 PT. Indo Surya Persada 44 PT. Wako Kogyo

17 PT. Arya Dinamika 45 PT. Keihin Indonesia

18 PT. International Recovery Service 46 PT. SK Keris

19 PT. Julung Wangi Tirta Wahana 47 PT. Unggul Indah Cahaya Tbk

20 The Peak Tower 48 PT. Kinden Indonesia

21 PT. Metalindo Prima Enginering 49 Four Season Hotel

22 PT. Indofarma 50 PT. Pelayaran Sumatra Wahana

23 PT. Astra Otoparts Tbk 51 PT. Swadaya Berlian

24 PT. Pasific Indomas 52 PT. Kumatex

25 PT. Tembaga Mulya Semanan Tbk 53 PT. Sulindafin

26 PT. Pioneer 54 PT. Danone Dairy Indonesia

27 PT. Medisafe Technologies 55 PT. Bio Industri Nusantara

28 PT. Ebara Indonesia 56 PT. Amerta Indah Otsuka

CUSTOMER LIST

working reference

Cleaning Fin Fan Cooler

Cleaning Heat Exchanger

Circulation Boiler Water Tube

Cleaning gas air heater & Economizer

Cleaning Heat Exchanger

Epoksi Floor Coating Honda Mobil Karawang

Epoksi Floor Coating Pabrik Sabun

working reference

Epoksi Floor Coating Farmasi Cikarang

Contact Us

Office :Komp. Permata Pamulang Blok i3 No.3 PamulangTangerang Selatan -15315 IndonesiaT. (+62-21) 71492067, 70561881, 70561900, 70569944F. (+62-21) 71283773, 7410224Workshop :Jl. Regenci II Blok AA -2/18Kp. Gelam Jaya Pasar Kemis - TangerangE : [email protected] : www.primaxcel.com

PT. FRATA BAYUTAMA PRIMA

PT. FRATA BAYUTAMA PRIMAIndustrial Cleaning, Chemical, Maintenance, Sparepart & Painting Coating

Date post:	26-Nov-2015
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