ECCMOX is a strategic business alliance of Environmentally Concerned Consultants, Managers, Operators & Next Generation Service Providers (ECCMOX). We take a fresh new look and approach to technologies essential to improving the quality of life for the billions of people on the planet and reducing greenhouse gas (GHG) emissions through The E-Sustain 2020 Program; a road-map for building self-sustaining communities through practical migration strategies. With the advances in green technologies and economic benefits for those adopting them, ECCMOX assists communities and companies move toward sustainability by introducing green solutions early in the planning stages of development projects and deploying green solutions cost-effectively. ECCMOX specializes in Renewable Energy Technologies (RET), advanced Water Generation Systems (WGS) and Essential Communication Systems (ECS) . ECCMOX is committed to the world-wide adoption of sustainable solutions to meet essential needs for remote/urban electrification, water generation suitable for human consumption and pre/post-infrastructure communications for planned or underserved communities in harmony with the environment.
IRRG organizes the annual Illinois Renewable Energy Conference that changes location annually throughout the state. We will publicize the event through the internet, media and general promotion. IRRG strives to create a conference event that has a high level of professionalism. By building a strong network relationship between our partners and the public we will reach the goal of bridging the resource gap. Denise Bechen (Chair), CCP, CEM is a member of Commonwealth Edison's ESO Technical Services Technology Specialists department. Commonwealth Edison is a unit of Chicago-based Exelon Corporation, one of the nation's largest electric utilities with nearly $15 billion in revenues and a customer base of five million. ComEd provides service to more than 3.4 million customers across northern Illinois, or 70 percent of the state's population. Denise is currently Program Manager for ComEd's Wind and Photovoltaic Generation Pricing Experiment and a Senior Energy Engineer in the field of Distributed Generation. Prior to her work in the Renewable Energy field, Denise was involved in performing Industrial facility evaluations for ComEd's large retail customers in the chemical/petrochemical and water/wastewater areas. Denise graduated from the University of Iowa with a Bachelor of Science degree in the field of Chemical Engineering. Denise has been employed with Commonwealth Edison since 1992 and is a Certified Energy Manager and Certified Cogeneration Professional through the Association of Energy Engineers. Ken Whitfield (Associate Chair), is a Senior Staff Engineer for Underwriters Laboratories at the corporate headquarters located in Northbrook, Illinois. For the past twelve years he has been actively involved in all aspects of distributed energy generation from testing and certification through manufacture and design. Mr. Whitfield's primary responsibility at UL is to lead the distributed generation business development for the categories of fuel cells, reciprocating generator sets, microturbines, photovoltaics and static power inverters for use in independent power systems. Prior to his work at Underwriters, he was the general manager at Spire Solar Chicago where he oversaw the manufacture of photovoltaic modules and the design and installation of photovoltaic power systems. He is a member of the design review team of the Solar Rating and Certification Corporation and participates in the IEEE SCC21 standards activities for Fuel Cells, Photovoltaics, Dispersed Generation and Energy Storage. Mr. Whitfield has a Masters degree in mechanical engineering and is a registered Professional Engineer in Illinois. Paul Sterner (Board Member), AIA, is a board member of the Illinois Renewable Resources Group, along with being the president and founder of Oculus Architecture P.C. In the Oculus Architecture firm there is strong emphasis on the mixture of creativity with high-performance structural design particularly in the area of daylighting, passive and active energy techniques and an honest approach to building materials and their use. Mr. Sterner has been the recipient of several design awards including the 1996 International Building-Integrated Photovoltaic Design Competition, Citation Award in Category I, sponsored by the U.S. Department of Energy, NREL, Architecture Magazine, Cooper-Hewitt National Design Museum, Smithsonian Museum, and the American Institute of Architects. Paul graduated from the University of Nebraska with a Bachelor of Science in Architectural Studies and received his Master of Architecture degree from the University of Illinois, Urbana-Champaign. Julie Magee, (IRRG Liaison) serves as the Global Climate Change Coordinator for the United States Environmental Protection Agency (U.S. EPA), Region 5 Office, Chicago, Illinois. She coordinates outreach and education programs on global climate change and oversees the implementation of Climate Change Action programs. Ms. Magee has more than twelve years of professional experience in indoor air quality, global climate change and energy efficiency programs. During her six years as Climate Change Coordinator, Ms. Magee has provided marketing, outreach, and technical support for a variety of voluntary pollution prevention programs, including Energy Star, Indoor Air Quality Tools for Schools, Radon, and Green Power Partnership. Ms. Magee focuses on identifying and mitigating barriers faced by public sector partners in performing energy upgrades. Her support includes providing training and facilitation services to assist the public and private sectors on improving their energy performance from a technical, institutional and financial perspective. Ms. Magee has also served as the Agency's Indoor Air Quality Coordinator, providing technical assistance and outreach, as well as managing a $2 million grant program to States and communities for radon control and indoor air quality management. Ms. Magee has a B.B.A. in Management and Marketing from Saginaw Valley State University.
http://www.envirocustomhomes.ca
We strive to be the industry leader in the development of environmentally advanced construction methods and techniques. As a result, we invest a great deal of time sharing our knowledge with our clientele to ensure comfort and confidence in all the decisions they make. Whether they're considering a geo-thermal heating/cooling system or the significance of carpet backing, we're there to ensure understanding of their choices and how they impact their home environment, and ultimately their family. Our experience has created the opportunity to incorporate elements such as alternative energy solutions, ecologically responsible building products, and enhanced indoor air quality into homes today without sacrificing on the modern comforts we've come to find we just can't live without. We start by offering comprehensive in-house design incorporating holistic, passive solar, and feng shui principles as guidelines; integrating the landscape and its environmental features into the home planning process. To ensure we understand the needs of our clientele, we provide a professional Interior Designer from the start of the design process through the construction of the residence. To assist our clientele through the product selection and coordination of the home finishes inside and out, our designer and interior designer are there to help ... and of course to ensure that the budget is understood and project costing is kept current. For small or large volume projects, we've developed systems and relationships our construction team and specialized trade partners use to focus on the details of your home. We ensure the advanced building technologies are implemented to achieve their maximum results. Client log-in on the web site offers our clientele the ability to see where their project is at from home or abroad during the building cycle and further allows for easy access to warranty and service request information once the construction period is completed. Our affiliation with The Alberta New Home Warranty Program provides our clientele with some of the best warranty coverage available and creates peace of mind knowing their investment is protected. We believe the home design and building experience should compliment the excitement of moving into your dream home. Our commitment to understanding, communication, and product expertise in all of our relationships defines how we view our success ... one client at a time.
http://www.nextenergysolutions.com
We are a Canadian company with a comprehensive inventory of the best geothermal products available, stocked conveniently in our warehouse in Elmira, Ontario. Our trained and experienced technical and marketing staff are at our dealer's disposal to always provide quick and accurate responses to their questions. NextEnergy's advanced geothermal training program certifies our NextEnergy Geothermal Specialists. We offer a practical training course that guaranties all our geothermal specialists are certified and experienced.
Global Photonic Energy Corporation, Inc. (GPEC) is a renewable energy, technology development company. GPEC is harnessing photonic energy (Sunlight) using small-molecule organic materials to produce electricity for direct use or for the production of hydrogen - or - Photo Fuelâ„¢. Organic materials contain carbon, are readily available, inexpensive and offer new capabilities. GPEC's organic photovoltaic technology will enable ultra-low cost, flexible, lightweight and durable solar cells that are easy to manufacture as they can be applied to virtually any surface in a manner similar to spray painting. GPEC is focused on advanced technologies that enable: The Cost Efficient Harvesting of Photonic Energy A Cost Efficient and Environmentally Benign Method of Producing Hydrogen or Photo Fuelâ„¢ Incorporated in 1994, GPEC has created significant intellectual property assets by pursuing innovations in organic photovoltaic technologies levering competencies in: Photo-responsive organic materials, architectures, devices and processes Nanotechnology - Molecular scale manipulation and assembly of functional nanostructures and nanoparticles Optical and electromagnetic modeling and optimization Our resultant breakthrough capabilities are in:
Solena's ability to create and use all forms of biomass ensures a sustainable supply of renewable energy. Solena works with leading investors and partners to establish its plants around the world. Deutsche Bank AG provides structure financing, equity and debt financing for all of Solena's projects. Acciona, Spain's largest supplier to renewable energy is the exclusive developer of Solena's projects throughout Spain and a co-investor with Solena in projects worldwide. Solena works exclusively with Marsh, Inc. to provide complete system performance insurance for all of its projects.
PURE is a not-for-profit co-operative formed by an enthusiastic group of citizens first brought together at a workshop hosted by the Ontario Sustainable Energy Association, in Shelburne, in May of 2003. PURE's mission is to encourage local businesses, government and individuals to engage in energy conservation, phase out the use of fossil fuels and adopt such renewable energy technologies as wind turbines, solar panels, small-scale hydro and ground source heat pumps. The co-operative is working on a variety of awareness-raising campaigns and local renewable energy projects. Membership is open to anyone who would like to be a part of this green energy initiative for Dufferin County and the surrounding Headwaters Region. Meetings, approx. once per month, are usually at 7:00 p.m on a weekday evening.
North Energy is a long established renewable energy and sustainability consultancy. From our offices in Northumberland and Yorkshire, our team has been delivering renewable energy and sustainability solutions to business, industry and commerce in the UK and beyond since 1992. North Energy provide wind and biomass feasibility studies; support with planning applications; life cycle assessment and carbon management services; sustainability strategies; renewable energy options appraisals; wind turbine packages for industrial and commercial sites; renewable energy and sustainability guidance for builders, civil engineers and architects; and free energy efficiency audits under the Carbon Trust programme. Also, see our work in the Education Sector. We can also help Architects to resolve the emerging legislation requiring 10 per cent on-site energy generation from renewable sources.
Energetech is a renewable energy company. The company has developed a new and commercially efficient system for extracting energy from ocean waves and converting it to electricity. The Energetech technology now makes it possible for wave energy to provide a cheap, sustainable source of power to grid-connected and remote power users. Since the Kyoto Conference on Global Warming the Energetech wave energy plant at Port Kembla would have saved > tonnes of CO2 from the atmosphere.
Lotus Energy manufactures and installs renewable energy technologies. Specializing in solar energy, Lotus provides remote lighting systems for villages as well as power for water pumps, vaccination fridges and water purification systems. Lotus Energy was established in 1992 to bring clean, environmentally-friendly renewable energy products and services to Nepal.
http://www.cleanenergystates.org
CESA is managed by Clean Energy Group, Inc. (CEG), a nonprofit 501(c)(3), publicly supported charitable organization. CEG (www.cleanegroup.org) was established in January 1998 to promote market-based actions to replace the existing electricity generation system with new, less polluting power generation technologies. CEG's mission is to work with all sectors of the economy, including businesses and local citizens, to accelerate the commercialization of clean energy. The organization works to overcome major barriers, including lack of information and technology risk, through carefully structured collaborations, as well as new financing and market development measures. Principal staff for the CESA project are: Lewis Milford, Executive Director Tel. - 802.223.2554, ext. 202; Email - LMilford@cleanegroup.org Lew is the President of CEG. A longtime advocate for the environment, Lew was previously vice president and the director of energy programs at the Conservation Law Foundation for 10 years where he was active in shaping electricity restructuring legislation.
http://www.thestellagroupltd.com
The Stella Group, Ltd is a strategic technology firm specializing in project and poolicy development to drive projects in distributed energy including advanced batteries and controls, energy efficiency, fuel cells, heat engines, minigeneration, microhydropower, modular biomass, photovoltaics, solar thermal and small wind energy systems. This new USDA renewable energy grant and loan program should be leveraged with existing USDA (FmHA, RUS) and SBA loan programs. The projects should be replicable in nature and not designed as one-of-a-kind installation. Such a replicability requirement will drive lower costs through economies-or-scale of manufacturing and deployment. Such replicability and standardization will insure quality of installation and assurance of a long-term maintenance and servicing infrastructure. Priority should be given to on-farm distributed energy on farms or farm cooperatives. In the case of electric generation, any project should be less than 20 megawatts. This priority will help the most farmers. Additionally, larger biomass wind and biomass projects are already adequately funded through the market and the size of this new USDA program would have very limited impact on these larger projects. The program should set-aside ten percent for innovative technology validation. Even this program should only support companies that already offer the technology in other sectors and are just accommodating it to the farm sector. Technologies such as biogas, fuel cells, heat engines, and solar thermal utilizing concentrated solar should be a priority because of their low emission and flexibility in the rural market. The rest of the program should focus on the existing portfolio of clean distributed energy technologies that displace diesel and reciprocating engines and lower fossil fuel use as well as traditional grid-electric power. The $23 million dollar program is very limited and should provide it's grants, limited to 25 percent of the total, that are leveraged with other state and federal programs. State clean air act implementation plans have grants for clean energy, as do the state system benefit trust funds. To this end, an innovative grants program that is aggressively leveraged with these state programs and then leveraged with the farmer and loans will insure the best success and reach the most farmers. The remaining 75 percent of the program should be leveraged with USDA and SBA programs as well as loan programs offered by states. In many cases, the monthly loan payment for new distributed energy systems is less than the monthly cost of fuel from traditional fossil fueled systems. This immediately saves the farmer money and displaced imported energy. Geographic diversity should be the goal over the long term, not the short tenn. States which offer leveraging through their environmental and energy grant and loan programs should receive first consideration. This will provide a type of market concentration that lower costs in installation and servicing. Thus the program should be focused in certain broad geographic regions on a year-by- year basis. This decision should be transparent with input from state and manufacturers to achieve the greatest cooperation. Finally, a public call for input from states and local governments to solicit leveraging from their existing programs would have great benefit. Loans or loan guarantees need to be made more available and at longer loan terms at a minimum of 15 years to equipment guaranteed life which could go from 20 to 25 years. Making grants, loans and loan guarantees to intermediaries such as cooperatives, native American tnbes, local governments and businesses would allow multiple installations to a wide group of users and insure standardization and replicability. If you have any further questions, please do not hesitate to contact me either by phone 202-347- 2214 or bye-mail at solarsklar((i),aol.com.
OPD Ltd is an Edinburgh based company set up in January 1998 to develop the Pelamis WEC concept. In March 2002, OPD Ltd. secured £6m (EUR 9.8m) funding from an international consortium of venture capital companies led by Norsk Hydro Technology Ventures, the venture capital arm of Norway's largest industrial company and including 3i, Europe's leading venture capital company and Zurich-based Sustainable Asset Management (SAM). Each organisation provided an equal level of funding to produce the largest investment of its kind in a wave power company. In June 2004, OPD Ltd. completed the first round of investment of over £7.5m, including £1.5m new investment from the Carbon Trust, which co-invested alongside OPD's existing venture capital investors. A further round of investment was completed in June 2006. £13m of new investment was raised from a consortium of new and existing investors funding expansion of the business and roll out of the next generation machine. W.S.Atkins, a premier offshore consultant, has been advising OPD over the past two years. With their enormous experience in design and construction of offshore structures, they bring invaluable expertise to the development, demonstration and future production of the Pelamis.
Wind Prospect grew out of Windcluster Ltd, a company established by Colin Palmer in 1988. Windcluster was one of the first wind energy developers in the UK and pioneered developments in the northwest of England. Its first project of five Vestas V27 turbines was commissioned in 1992 and has remained in the company's ownership to this day. In addition to the Haverigg project, Windcluster identified a number of other potential sites and in 1995 Wind Prospect took on the development and construction of these projects. Windcluster and Wind Prospect are now independent companies. Wind Prospect is privately owned with four shareholder/directors. The company operates a share scheme for employees, established by the initial transfer of 10% of the shares. By 2005 Wind Prospect and its associated companies had grown from 2 employees in 1995 to a total of 48. Wind Prospect places great importance on providing a challenging yet supportive working environment and the success of this approach is clear from the very low levels of staff turnover. The introduction of the share plan is a further contribution to involving everyone in the development and future of the company. Wind Prospect has a robust, networked structure which enables it to be geographically dispersed whilst retaining a distinctive style and ethos. The company particularly values its independence and autonomy, which enables it to be flexible and adaptable. Responsibility is highly devolved so that decision making is rapid and responsive to individual needs and circumstances, a key strength in the fast moving renewable energy market.
The Energy Saving Trust is one of the UK's leading organisations set up to address the damaging effects of climate change. They aim to cut carbon dioxide emissions - the main greenhouse gas causing climate change - by promoting the sustainable and efficient use of energy. The Energy Saving Trust is an independent, non-profit making organisation and acts as a bridge from government to consumers, trade, businesses, local authorities and the energy market. They provide impartial information and advice and have a network of advice centres in the UK specifically designed to help consumers take action to save energy.
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