21. PROJECTS UNDER CONSIDERATION AS AT APRIL 15, 2005 PROJECT COUNTRY Belize cogeneration energy, Belize, Power, Development, construction and operationof a 25 megawatt co-generation power plant facility http://www.caribank.org/Projects.nsf/Pipelineprojects?OpenPage

22. The Reporter The Belize Electricity Limited and Belize cogeneration energy Limited (BELCOGEN)have signed a power purchase agreement on Wednesday that should keep http://www.reporter.bz/index.php?option=content&task=archivecategory&year=2004&m

23. I Federal Register /i Submissions [June 1997] - Press Control D with a private energy developer/producer to develop a new cogeneration energyplant that would produce and sell energy to the MC and its partners. http://www.va.gov/oca/fr/97je-fr_USA.htm

Submissions [June 1997] - Press Control D [Ctrl + D] to Bookmark this Page Back to Veterans Specific Regulations Significant Federal Register Submissions of Interest to Veterans [June 1997] Active Duty Service Determinations for Civilian or Contractual Groups - Notice was published in the Federal Register , 07 JE 97. The Secretary of the Air Force approved veterans status for (1) certain employees of Braniff Airways, who served overseas as a result of a contract with the Air Transport Command from 26 FE 42 - 14 AG 45, and (2) certain employees of Northeast Airlines Atlantic Division, who served overseas as a result of a contract with the Air Transport Command During from 07 DE 41 - 14 AG 45. Before an individual can receive any VA benefits, the person must first apply for an Armed Forces Discharge Certificate by filling out a DD Form 2168 and sending it to the following address: AFPC/DPPRP, 550 C St. West, Suite 11, Randolph Air Force Base, TX 78150-4713. Note: Upon confirmation of eligibility, the DD Form 214 will be passed to the Awards and Decorations office to determine which ribbons the applicant is eligible to receive. Specific awards (i.e., Silver Star, Purple Heart, etc.) need separate justification. USAF Contact: Mr. James Johnston, Secretary of the Air Force Personnel Council (SAFPC), 1535 Command Drive-3d Floor-EE Wing, Andrews Air Force Base, MD 20762-7002.

24. Papers: 2002(Energy Systems Analysis Team) (2002), Impact of cogeneration energy supply systems on the urban heat islandeffect in Osaka. North American Urban Heat Island summit (Toronto) Poster http://unit.aist.go.jp/lca-center/english/lca-activity/papers/2002/region-papers

HOME Activities Papers FY: 2002 Energy Systems Analysis Team Symposium/Events Papers Proceedings Software ... Collaborations Project Activities -Papers- The Fiscal Year(FY): From Apr. To Mar Administration Environmental Impact Assessment Team Energy Systems Analysis Team FY: 2002 Papers International Conference Proceedings Papers Month (Year) Title Journal, Vol., Page Author Feb. E.Endo , Y.Tamura* * AIST) Apr. The long-term impact of GHG reduction policies on global trade : A case study for the petrochemical industry European Journal of Operational Research, 139, pp.665-681 D.J. Gielen*, H. Yagita ECN Netherlands Energy Research Foundation Unit Policy Studies Apr. Carbon accounting for Japanese petrochemicals Journal of Material Cycles and Waste Management, 4-1, pp.51-61 D.J. Gielen*, H. Yagita * ECN Netherlands Energy Research Foundation Unit Policy Studies International Conference Proceedings Month (Year) Title Name of Conference, Page Author Nov. Life Cycle Inventory Analysis for the Recycle Process of Vehicles The Fifth International Conference on EcoBalance, pp.263-264 (Tsukuba, Japan)

25. 7 Proposals Submitted For Pier 57 catering, ballroom and event space, restaurants and retail, a maritime museumand marina, a greenhouse and a cogeneration energy facility. http://www.thevillager.com/villager_43/7proposalssubmitted.html

7 proposals submitted for Pier 57 By Albert Amateau The Hudson River Park Trust last week presented the seven development teams that propose to transform Pier 57, the former city bus depot on the Chelsea waterfront, into a cultural destination in the 5-mile-long riverfront park currently under construction. The Trust called for proposals last September, set a Jan. 20 deadline and hopes to select a development team by June of this year. The disclosure of the seven respondents came barely a month after the Jan. 20 deadline for submissions and gratified park advocates. None of the principals in the seven teams would elaborate on their proposals, citing a confidentiality agreement with the Trust. Original Ventures, Inc., proposed a Hudson River Performing Arts Center, including restaurants, a broadcast studio, performance spaces, a maritime museum, a nonprofit arts incubator, exhibition space, catering and events space, historic vessels, a marina and a floating swimming pool. Michael Kramer, a former member of Community Board 4 and a Chelsea resident, is a partner in the team. RW Consultants and MJ Properties propose to form Pier 57 Development Corp. to create tradeshows, an auction house, catering, ballroom and event space, restaurants and retail, a maritime museum and marina, a greenhouse and a co-generation energy facility.

26. Co-generation - World-Wide Web Virtual Library College and University Cogeneration Plants in the US and Canada. Midwest CogenerationAssociation energy Savings Potential for Cogeneration in the United http://www.energy.rochester.edu/cogen/

Cogeneration CHP Challenge sponsored by DOE's office of Industrial Technologies. College and University Cogeneration Plants in the US and Canada. Midwest Cogeneration Association Energy Savings Potential for Cogeneration in the United States The Barriers to Combined Heat and Power in Europe Cogeneration Buyers Guide ... A report on using cogeneration with thermal energy storage. Although commonly used in Europe, thermal energy storage has not been widely used with cogeneration in the United States. General Description: Cogeneration is the simultaneous production of heat and power in a single thermodynamic process. Almost all cogeneration utilizes hot air and steam for the process fluid, although certain types of fuel cells also cogenerate. History: Hot-air cogeneration, which is found in modern combustion turbines, can be traced back to medieval smokejacks. Steam cogeneration was first applied to the steamjack, which appeared in the early seventeenth century. By the late eighteenth century, waste steam from manufacturing processes was used to power steam engines, and the hot condenser water was used again for other process purposes. A complete history of cogeneration will be included here. Current Applications: Cogeneration today is widely used throughout the world for efficient production of heat and power. A

27. Energy Systems Group | Welcome To Energy Systems Group Comprehensive services for lighting, HVAC, water, compressed air, boilers, chillers, energy management systems, cogeneration, and distributed generation. http://www.energysg.com/

ABOUT ESG SERVICES EXPERIENCE NEWS ... CONTACT US "Our commitment with customers is to help them achieve their goals. If we’re not helping customers succeed, we’re not succeeding. " Jim Adams President and Founder of ESG Building Performance With Energy Energy Systems Group is the premier provider of energy solutions and performance contracting services in North America. We are committed to delighting education, healthcare, government, commercial and industrial facility owners through innovation, dedication and expertise in delivering energy improvements that enhance facilities and finances. As a comprehensive and accredited Energy Service Provider, ESG designs, develops, implements, finances and operates innovative, customer focused energy and operation solutions that enhance our client partner's facilities, productivity, comfort and finances so they can focus on meeting their core mission. Member LOGIN

28. ManureNet Canada - A Canadian Web Site Dedicated To Manure Management Information on manure and nutrient management issues, including storage, handling, land application, anaerobic digestion, cogeneration, and energy recovery. http://res2.agr.ca/initiatives/manurenet/

http://www.agr.gc.ca/science/initiatives/manurenet/ A Canadian Web Site Dedicated to Manure Management Un site canadien du Réseau Internet sur la gestion du fumier Avis importants Comments to: Bruce T. Bowman CARC Expert Manure Committee Addressez vos commentaires à: Bruce T. Bowman Created: April 2, 1998 Last Revised: Wednesday, April 28, 2004 07:45:40 AM

29. Welcome To Transparent Energy Systems Pvt. Ltd. Manufacturer of 96% Superefficient Boilers, Ammonia Absorption refrigeration Plants, Thermic Fluid Heaters/Hot Air Generators. Waste Heat Recovery Boilers, co-generation Systems, Water Recycling, Spray/Flash, and Fluid Bed Dryers. http://www.tespl.com

Transparent Energy Systems Private Limited Please Visit our websites for following products PRODUCTS WEBSITES www.tespl.com Energy Conservation Projects www.tespl.com www.tespl.com Heat Recovery Systems www.heatrecovery-system.com Ammonia Absorption Refrigeration Plant www.tesplaarp.com Co-generation Systems www.tesplcogen.com Waste Water Recycling Plant www.waterrecyclingplant.com Air Pollution Control www.air-pollutioncontrol.com www.ttplpune.com "Pushpa Heights", 1st Floor, Bibwewadi Corner, Pune -411037 (INDIA) Tel : 020-4212390, 4211347, Fax : 020-4212533 E-mail : trans@pn2.vsnl.net.in sales.pune@tespl.com

30. LAMNET Bioenergy Renewable Energy International Cooperation Global Network - Lat Cooperation forum on Renewable energy Policies , technology transfer (biofuels,biogas, cogeneration, energy crops) for sustainable development. http://www.bioenergy-lamnet.org/

LAMNET Bioenergy Renewable Energies International Cooperation - Latin America Thematic Network on Bioenergy LAMNET, Bioenergy, Renewable Energies, International Cooperation, Global, Network, sustainable, development, energy, systems, policies, policy, research, european, area, technology, transfer, green, electricity, biofuels, bioethanol, decentralised, production, bioenergy, programmes, emerging, economies, developing, countries, biomass, Biomass, Resources, infrastructure, transport, alternative, fuels, electricity, generation, crops, residues, technologies, kyoto, mechanismus, flexible, clean, co-generation, tri-generation, biogas, gasification, pelletisation, market, penetration, sugar, cane, bagasse, brazilian, initiative, scientific, partnership, rational, use, of, resources, re, res, res-electricity, renewable, forum, Policies The Global Network LAMNET is a Bioenergy International Cooperation forum on Renewable Energy Policies, technology transfer (biofuels, biogas, co-generation, energy crops) for sustainable development. LAMNET Bioenergy Renewable Energy International Cooperation Global Network - Latin America Thematic Network on Bioenergy LAMNET, Bioenergy, Renewable, Energy, International, Cooperation, Global, Network, sustainable, development, energy, systems, policies, policy, research, european, area, technology, transfer, green, electricity, biofuels, bioethanol, decentralised, production, bioenergy, programmes, emerging, economies, developing, countries, biomass, Biomass, Resources, infrastructure, transport, alternative, fuels, electricity, generation, crops, residues, technologies, kyoto, mechanismus, flexible, clean, co-generation, tri-generation, biogas, gasification, pelletisation, market, penetration, sugar, cane, bagasse, brazilian, initiative, scientific, partnership, rational, use, of, resources, re, res, res-electricity, renewable, forum, Policies, Energies The Global Network LAMNET is a Bioenergy International Cooperation forum on Renewable Energy Policies , technology transfer (biofuels, biogas, co-generation, energy crops) for sustainable development.

31. District Heating And Cooling System Components energy from a cogeneration plant is normally extracted in one of two ways; heatis produced and used in a process while exhaust heat from the process is http://www.energy.rochester.edu/iea/1992/p1/3-2.htm

3.2 District Heating and Cooling System Components 3.2.1 System Prerequisites Although varying from country to country and city to city, certain conditions must generally prevail in order for a DHC system to be viable compared to conventional systems. Heating and cooling load densities, that is the heating/cooling requirements per unit area, should be relatively high. The very nature of a DHC system dictates this criterion since it becomes uneconomical to distribute energy to sparsely populated areas where distribution piping costs and thermal "losses" become comparatively high. Generally speaking, a relatively high total heating/cooling load is preferred since improved operating efficiencies can be realized at larger facilities, and since economies of scale favour larger installations. Apartment complexes, hospitals, universities, groups of office buildings, and factories are all energy user candidates which meet the above prerequisites well. Many major cities around the world meet much of their heating requirements through district heating. DHC systems that service areas of the City beyond the high density building zones typically result when adjacent housing densities are fairly high and/or several inexpensive sources of thermal energy are available. Examples of relatively inexpensive thermal energy include waste heat recovery from energy-from-waste facilities, from large power generation plants, and from gas turbine combined cycle cogeneration plants. Without such local opportunities for DHC supply and utilization, city-wide applications become borderline candidates at best.

32. Thermo Companies - Thermo Cogeneration - Energy Thermo Cogeneration is involved in the independent energy business both as asubstantial developer of cogeneration facilities and in the exploration and http://www.thermocogeneration.com/

ENERGY Independent Power Natural Gas Contacting Us Thermo Companies ... Click to Enlarge University of Northern Colorado Greeley, Colorado Click to Enlarge Fort Lupton Fort Lupton, Colorado Click to Enlarge Fort Lupton Fort Lupton, Colorado Click to Enlarge ConAgra Greely, Colorado In 1992 Thermo began construction on two more Colorado power projects which cost in excess of $250 million. In 1994 these two projects went into commercial operation at Thermo's Ft. Lupton industrial park in Ft. Lupton, Colorado. Phase I of the Ft. Lupton facility began the commercial generation of electricity during the second quarter of 1994. Phase I supplies 122 MW of electricity to the local utility and 200 MMBTU/hour in the form of steam, hot water and hot air for use by businesses locating in the industrial park. The Ft. Lupton Phase II facility began operation one month later. This facility produces 150 MW of electricity and makes available 300 MMBTU/hour of heat for the tenants of the park. These two facilities, operating in tandem, consume an average of 30-40 million cubic feet of natural gas per day, surpassing the University project as the state's largest natural gas consumer. In 1996 Thermo began operations at a fourth power generation facility. Thermo's project at the ConAgra meatpacking facility in Greeley, Colorado is located approximately three miles from the University of Northern Colorado project. This project is also a gas turbine fired LM-6000 facility creating electricity for Public Service Company and thermal energy for ConAgra.

33. Cogeneration Consultants, Inc. - Onsite Energy And Thermal Engineering Services, Cogeneration Consultants, providing onsite energy and thermal engineering serviceswith expertise in cogeneration, trigeneration, district energy and http://www.cogeneration.net/USpowerForecast.htm

Cogeneration Technologies SM Trigeneration Technologies SM Wholly-owned subsidiaries of EcoGeneration Solutions, LLC E-mail: info@cogeneration.net Tel. (281) 955-7343 Home Contact Us Links Cogeneration News US EPA Proposes Rules to Encourage Cogeneration October 16, 2001 WASHINGTON - The Environmental Protection Agency proposed new rules yesterday to encourage U.S. manufacturing and industrial plants to use cogeneration, a more efficient technology for generating electricity. The planned rules, which would amend the federal Clean Air Act, would make it faster and easier for companies to build combined heat and power facilities, otherwise known as cogeneration. Cogeneration harnesses steam and heat that would otherwise be discarded as waste from conventional power plants and redirects it into other energy-intensive processes like heating or cooling buildings. Conventional power plants are 30 to 50 percent energy efficient - meaning the rest of the heat is lost as waste. Cogeneration plants are 70 to 80 percent efficient, the EPA said in a statement. Meehan Legislation to Spur Cogeneration Energy Technology Broad Support for Innovative, Efficient, and Environmentally Friendly Technology

34. Cogeneration Technologies And Trigeneration Technologies - Providing Turnkey (De Cogeneration Technologies, based in Houston, Texas, and Solar energy Systems, Department of energy Identifies165,000 Megawatts of New Cogeneration http://www.cogeneration.net/

Cogeneration Technologies Solar Energy Systems Wholly-owned Subsidiaries of EcoGeneration Solutions, LLC. E-mail: info @ cogeneration.net Tel. (281) 955-7343 Home Contact Us Links Cogeneration Technologies is a CHP Partner Company with the U.S. Environmental Protection Agency Combined Heat and Power Partnership. One Goal of the EPA CHP Partnership is to Double the Amount of CHP or Cogeneration to the Nation's Power Supply by the Year 2010 Generators For Sale " Solar Trigeneration "is here! Our Company is the Exclusive ... EcoGeneration Solutions, LLC. Selected to Design, Build, Finance, Own and Operate the World's First "Solar Trigeneration™ Power and Energy System for the Desert Rose Townhomes Subdivision, a 224 Home Subdivision in Desert Hot Springs, California We Provide Turn-Key Solar Power and Energy Systems Including Design, Financing, Installation, Operations and Maintenance Owners of New Solar Energy Systems in California Can Expect to Receive About 50% of the Total System Costs in the Form of Cash, Rebates, Tax Credits and other incentives.

35. Cogeneration Energy Efficient Combined Heat & Power: ENER·G Cogeneration electricity provides energy savings energy efficiency for industries,commercial public sectors in the UK, Europe International markets. http://www.energ.co.uk/chp.asp

COGENERATION RENEWABLE ENERGY ENERGY MANAGEMENT ENERGY FROM WASTE ... CONTACT US COGENERATION COGENERATION Cogeneration is a well-proven technology. Its long-term future in the global energy markets is secured by its ability to provide a multitude of operational, environmental and financial benefits and in the current economic climate now is the ideal time to invest in Cogeneration. Profit from our experience We are the number one name in the Cogeneration business across Europe. We have more installed systems throughout the UK and Continental Europe than any other Cogeneration provider. COGENERATION BENEFITS TO YOU APPLICATIONS FUEL TYPES ... Top of page

36. Cogeneration Energy: Financial & Environmental Benefits: ENER·G Cogeneration energy; financial environmental benefits include managed CCL, CHPschemes for industries, commercial public sectors. http://www.energ.co.uk/chp_ben.asp

COGENERATION RENEWABLE ENERGY ENERGY MANAGEMENT ENERGY FROM WASTE ... CONTACT US COGENERATION BENEFITS TO YOU Financially Operationally Environmentally Cogeneration is a well-proven technology, recognised worldwide as a cleaner alternative to traditional centralised generation. Its long-term future in the global energy markets is secured by its ability to provide a multitude of financial, operational and environmental benefits from a single unit of fuel. Financial Benefits: Stabilise the risks associated with rapidly rising electricity prices in your business over a fixed period. Catalyst to the entitlement Grant funding in certain project categories. E.g. Community Energy Fund, EEC, Transco Affordable Warmth Good quality Cogeneration schemes can benefit from taxation advantages by qualifying for Enhanced Capital Allowances (UK) and other taxation benefits. Biogas fuelled systems may qualify for Renewable Obligation Certificates. (ROC's), doubling the value of the electricity produced by the plant (UK). Provide a non capital-intensive solution for addressing strategic or maintenance issues which can include energy centre plant, infrastructure and building fabric improvements and other energy efficiency technologies.

37. Primary Energy Projects To request information about Primary energy Inc. s cogeneration design program,please fill out this energy survey with current information regarding your http://www.primaryenergy.com/program/default.asp

Cogeneration Energy Survey To request information about Primary Energy Inc.'s cogeneration design program, please fill out this energy survey with current information regarding your facility so we can best determine your preliminary needs. When you finish with all the blanks, submit your information to receive an analysis of whether you could benefit from our services. Use the help button if you have any questions. Name: E-mail: Telephone: Net Electrical Demand: Below 10 (MW) Cost of Demand: ($/KW Month) Percent Load Factor: Cost of Energy: ($/MWh) Plant Steam Flow: (kpph) Steam Pressure: Below 50 Above 615 (psig) Current Boiler Efficiency: (% HHV) Average Boiler Age: (years) Condensate Return: Condensate Temperature: (deg. F) Natural Gas Cost: Above 5 ($/MMBtu)

38. Primary Energy Fuel Processing Cogeneration Steam Plants Primary energy develops, engineers, and installs cogeneration plants in largeand medium scale industrial/commercial operations. http://www.primaryenergy.com/

Primary Energy Ventures also has an ownership interest in the underlying business of a Canadian publicly traded company, Primary Energy Recycling Corporation (TSX: PRI.UN). Primary Energy Ventures serves as the long-term Manager fo the projects owned by the publicly-traded company. For additional information about Primary Energy Recycling Corporation please follow this link: www.primaryenergyrecycling.com Primary Energy Ventures is headquartered in Oak Brook, Illinois.

39. PROECO Cogeneration - Energy From Waste PROECO Cogeneration Turning Hazardous Waste Material into energy Using a patented,simultaneous dual fuel internal combustion engine PROECO Corporation can http://www.proeco.com/pages/sub_energywaste.html

PROECO Cogeneration Turning Hazardous Waste Material into Energy Using a patented, simultaneous dual fuel internal combustion engine PROECO Corporation can extract volatile compounds from solids and turn them into electrical and mechanical power, as well as generating useable heat! Reduce off site disposal costs by diverting hazardous waste from incineration and make it a valuable resource while enjoying significant greenhouse gas reduction. Download Our Brochure Proeco Corporation Company Overview Global Map Services Custom Environmental Services Comprehensive Services Waste/Recycleable classes Accepted Facility Approval Insurance and Permits ... EPP Hazardous Waste Management Hazardous Waste and Recycleables Energy From Waste VOC and Odor Control Fluorescent Tube Recycling ... Careers

40. Congressman Martin T. Meehan Meehan Legislation to Spur Cogeneration energy Technology “Cogeneration promisesgreater energy efficiency and reduced emissions. http://www.house.gov/meehan/press_1999_2003/pr09.html

Meehan Legislation to Spur Cogeneration Energy Technology Broad Support for Innovative, Efficient, and Environmentally Friendly Technology May 22, 2001 WASHINGTON, DC - U.S. Reps. Marty Meehan (D-MA) and Jack Quinn (R-NY) have joined U.S. Senators Hillary Rodham Clinton (D-NY) and James Jeffords (R-VT) in introducing bipartisan, bicameral legislation to promote the use of highly efficient combined heat and power (CHP) – or cogeneration – energy technologies. Meehan and Quinn are the co-Chairs of the Northeast-Midwest Congressional Coalition. “We need innovative, efficient, and environmentally friendly solutions to our short- and long-term energy needs,” said Meehan. “Cogeneration promises greater energy efficiency and reduced emissions. It’s a win-win for businesses and the environment – exactly what we need right now.” Cogeneration is an environmentally and economically sound method of recycling heat produced during the course of electricity generation by gas-fueled turbines typically located at factories and universities. Without cogeneration, the “waste” heat produced during electricity generation would otherwise be vented to the atmosphere in the form of greenhouse gases, and a boiler flame would be needed to generate heat for the facility. Cogeneration heat recovery systems – which may involve placing a high temperature water heater in line with the exhaust of a gas-fueled turbine – recover excess thermal energy and permit it to be used productively. Cogeneration systems produce considerably lower total emissions than separate power and heat systems not capturing waste heat. Furthermore, they are more efficient than systems which secure electricity through expensive power lines that lose significant amounts of energy during the course of transmission and heat boilers that function at only 50 percent efficiency.

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