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Waste to Energy: U.S. market and investment opportunities
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Waste to Energy:U.S. market and investment opportunities
Page Title: Page Numbers: U.S. Profile & Facts 5Disadvantages & Advantages 19State Profile 23Incentive & Concerns 44Cost 51Technology 56Conversion Process 65Types of Facilities Used In the U.S. 88Company Profile 91Industry Agencies Law & More 94Market Overview 104Investor Outlook 115Work Cited 123
State Profiles:Showcasing the states with the most WTE facilities in the U.S.
Waste to Energy:States Define WTE as
Renewable-Alabama MichiganArizona MinnesotaArkansas MissouriCalifornia MontanaColorado NevadaConnecticut New JerseyDistrict of Columbia New YorkFlorida North Mariana IslandsHawaii OhioIndiana OklahomaIowa OregonLouisiana PennsylvaniaMaine Puerto RicoMaryland South CarolinaMassachusetts South DakotaUtah WashingtonVirginia Wisconsin
Compiled by author sourced from WTE.ORG
Waste to Energy:States with WTE Facilities-
Florida New York Minnesota Massachusetts
Connecticut Washington
Oregon California Utah Oklahoma Hawaii Alabama
North Carolina Virginia Maryland Pennsylvan
ia New Jersey New Hampshire
Maine Michigan Indiana Wisconsin Iowa
Compiled by author sourced from WTE.ORG
Waste to Energy:State Profiles- Florida
WTE Facilities: 11 Total Waste Capacity: 19,364
Tons per Day Total Electric Capacity: 532 MW MSW Managed in 2011:
27,040,919 tons Energy Produced can Power:
430,038 Homes Jobs at WTE Facilities: 885 FTE
Compiled by author sourced from WTE.ORG
1
22%
27%
51%
MSW (Percentage) WTE Recycling/CompostingLandfill
Waste to Energy:State Profiles- New York
WTE Facilities: 10 Total Waste Capacity: 11,131
Tons per Day Total Electric Capacity: 285.1
MW MSW Managed in 2011:
17,349,855 tons Energy Produced can Power:
265,896 Homes Jobs at WTE Facilities: 522 FTE
Compiled by author sourced from WTE.ORG
2
21%
20%59%
MSW (Percentage) WTE Recycling/CompostingLandfill
Waste to Energy:State Profiles- Minnesota
WTE Facilities: 9 Total Waste Capacity: 4,668
Tons per Day Total Electric Capacity: 123.2
MW MSW Managed in 2011:
5,710,304 tons Energy Produced can Power:
111,422 Homes Jobs at WTE Facilities: 322 FTE
Compiled by author sourced from WTE.ORG
3
20%
49%
31%
MSW (Percentage) WTE Recycling/CompostingLandfill
Waste to Energy: State Profiles-
Massachusetts WTE Facilities: 7 Total Waste Capacity: 9,490
Tons per Day Total Electric Capacity: 256.9
MW MSW Managed in 2011:
7,520,771 tons Energy Produced can Power:
212,060 Homes Jobs at WTE Facilities: 489 FTE
Compiled by author sourced from WTE.ORG
42%
38%
20%
MSW (Percentage) WTE Recycling/CompostingLandfill
4
Waste to Energy:State Profiles- Connecticut
WTE Facilities: 6 Total Waste Capacity: 7,359
Tons per Day Total Electric Capacity: 195.3
MW MSW Managed in 2011:
3,208,768 tons Energy Produced can Power:
157,869 Homes Jobs at WTE Facilities: 360 FTE
Compiled by author sourced from WTE.ORG
69%
23%
8%
MSW (Percentage) WTE Recycling/CompostingLandfill
5
Incentives and Concerns:Things the U.S. is implementing to drive demand of WTE’s in the Country
Incentives:
Renewable Energy Production Tax Credit (PTC)- Provides a tax credit for the production & sale of renewable electricity
Modified Accelerated Cost-Recovery System (MACRS)- Businesses may recover investments in property through depreciation deductions
Federal 1603 Grant Program- Offers renewable energy project developers cash payments instead of investment tax credits
Rural Utility Service Loans and Grants- Low-interest loans and grants to fund renewable energy development projects for rural areas
Incentives:
Energy Policy Act of 2005 and Innovative Clean Energy Technologies- Issues loan guarantees to projects that avoid, reduce, or sequester emissions of greenhouse gases
New Clean Renewable Energy Bonds- Qualified tax credit bonds for renewable energy facilities
Qualified Energy Conservation Bonds- Qualified tax credit bonds for government programs that reduce greenhouse gas emissions and other conservation purposes
Incentives:
Credits for Carbon Reductions
WTE plants displace fossil fuels producing electricity and decrease methane production in landfills generating tradable carbon credits
WTE facilities have sold credits to the Federal Government
Lee County, Florida’s WTE facility is the first in the U.S. to be approved under the Verified Carbon Standard (VCS), to sell carbon credits
Concerns:
During the 1970s and 1980s WTE programs were considered “dirty”
Financial benefits take longer to recap
WTE plants tend to produce varying chemical constituency of energy products
Permitting of MSW conversion technologies is arduous and complex
Cost:An overview of the cost to build and operate a WTE facility
Cost:How Much to Build-
Financing and contracts Finding a site Construction
Overall Cost:
About $200,000 per daily ton of capacity 1,000 daily ton capacity plant = $2,000,000 to build The new WTE plant in FL has a daily capacity of 3,000 tons
Cost:How Much to Operate-
It will cost about $38.8 million to operate a 2,000 TPD facility annually
Revenues from heat and electricity sale can off-set operating costs by as much as 30%-45%
Economics of scale- larger plants have lower cost per ton but will need a large enough supply to fuel it
Contact Us for the Full Presentation:
Mediacontact USA Inc.13575 58TH Street North #160
Clearwater, Fl. 33760
T: 727 538 4112E: [email protected]
www.mediacontactusa.com
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http://www.epa.gov/wastes/nonhaz/municipal/wte/ "Answers to FAQ." Seas.columbia.edu. Waste-to-Energy Research and Technology Council, n.d. Web. 11 Sept. 2015.
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International Cooperative, Sept. 2014. Web. 11 Sept. 2015. https://www.kpmg.com/Global/en/IssuesAndInsights/ArticlesPublications/Documents/taxes-incentives-renewable-energy-v1.pdf
BioEnergy Consult: Powering a Clean Energy Future http://www.bioenergyconsult.com/tag/waste-to-energy-trends/ Biomass Energy Centre http://www.biomassenergycentre.org.uk/portal/page?
_pageid=75,17506&_dad=portal&_schema=PORTAL Bloomberg 2014 Sustainable Energy in America
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Environmental Research & Education Foundation (EREF) Biological Conversion Overview http://www.newmoa.org/events/docs/112_109/EREF_MSW_Conversion_Techs_Aug2013.pdf
xcel Energy http://www.xcelenergy.com/ Funk, Kip, Jana Milford, and Travis Simpkins. Waste Not, Want Not: Analyzing the Economic and Environmental Viability of
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