• Proven entrepreneurial skills and extensive P&L responsibilities
• Broad business management capabilities and advisory experience
• Extensive and broad problem solving skills
• Extensive senior management and corporate governance experience
• Strategic thinkers and industry thought leaders
• Effective communication skills and extensive speaking experience at major industry events
• Broad and established long-term relationships with key industry players
• Advanced technical skills and capabilities
• Effective and proven business development skills and experience
• Extensive knowledge and capabilities in software systems development

• HyPak - A commercial rooftop unit that cuts cooling energy use by half
• IDEC - A sophisticated two-stage residential evaporative cooler that cuts cooling energy use 80% to 90%
• NightBreeze - A residential ventilation cooling system that enhances indoor air quality and can cut peak cooling energy demand upwards of 30%

The Company's current plans are to build and operate an integrated pilot plant and then proceed to a commercial plant which is scheduled to begin operating at the end of 2008. It is likely to be sited at an oil refinery where petroleum coke is available as feedstock and the hydrogen can be sold to the refinery. Following successful operation of the first commercial plant, management expects that HydroMax will become the standard hydrogen production method due to far lower capital and operating costs compared to gasification. Operating costs are also significantly lower than the steam methane reformation process (SMR) which requires natural gas as feed.

While there are 750 existing oil refineries and 375 ammonia plants which require low cost hydrogen, exponential growth in demand for hydrogen will occur when reliably available low cost hydrogen enters the transportation market. Low cost hydrogen will first allow the production of cleaner synthetic diesel, gasoline and jet fuel at costs that are below those for the same products derived from oil. This will allow coal-rich, oil-poor countries such as the United States, China, India and Indonesia to become energy independent. Ultimately, hydrogen will be used directly in internal combustion engines or fuel cells for both transportation and electric power generation.

The key to the economics of the HydroMax technology is its use of raw materials that have little or no alternative commercial value, such as petroleum coke, high sulfur coal, municipal waste, discarded tires, biomass, and sewage sludge. These feedstocks can be secured with long-term contracts that will provide a stable, low cost basis for hydrogen production. When biomass or other renewable carbon sources such as municipal waste or sewage sludge are used as feedstock for HydroMax, the process yields no net carbon dioxide emissions.

CMCE, Inc. is a new business venture established by CMC-Engineering of Sunnyvale in partnership with Coen Company of Burlingame to manufacture, sell, install, and service a proprietary novel industrial/commercial burner with an integral capability for combined heat and power (CHP). The current design has the financial backing of the California Energy Commission (CEC) and Southern California Gas Company (SCG) for which CMCE is obligated to provide a total revenue stream back to CEC and SCG in the amount of 3.0% of future sales. Founded in 1998, CMC-Engineering is an engineering firm providing technical and A&E services to the power industry. Coen Company is a premier industrial burner company in California. Founded over 60 years ago, Coen is a leader in the design and manufacture of industrial burners for domestic and international markets with several proprietary burner products, servicing the generation of industrial/commercial steam and electricity generation for central power stations. The CMCE proprietary burner/CHP technology will provide maximum fuel efficiency, lowest capital and operating cost and lowest environmental impact for ease of permitting for a wide range of applications offering the greatest economic benefit of distributed power generation and a measurable advantage over competing microgeneration systems.

Pipelines transport gas at pressures between 600-1,500 psi. Pressures are reduced, by throttling or expanding the gas, to as low as ¼ psi before the gas is consumed or delivered to end users. This process wastes the significant potential energy inherent in the pressure.

DeltaGen’s patented and proprietary technologies, together with commercially available equipment, capture this energy and use it to create electricity and/or refrigerant. DeltaGen uses expansion engines or turboexpanders to reduce the pressure, in parallel with existing pressure regulating stations. Neither of these technologies burn or consume the gas and, as a result, DeltaGen’s systems are an energy/emissions-free source of “green” power with • competitive installed costs • extremely low marginal operating costs • high capacity factors; and • no exposure to volatile fuel pricing.

DiSP is operating within Yozmot HaEmek Technology Incubator, sponsored by the Government of Israel and private investors. It is managed by founder Dr. Daniel Kaftori, with co-founder Professor Abraham Kribus of Tel Aviv University as C.T.O. - each with many years of research, product development, and management experience. Tel Aviv University backs and supports our work with personnel, facilities, and expert advice by faculty members. Our private investor is a renewable energy management and installation company in Europe. This company will install our first units, and provide for distribution in parts of Europe.

EEA leverages the recent and continuing convergence of new technologies and energy market metrics. Modern building automation systems make energy automation possible. High-speed real-time communications now provide economic and secure data transfer. Visibility of energy supply cost components are now common in our markets.

EEA captures the value inherent in the relationships among energy supply, energy delivery, and commercial building operations, and associated investment decisions. Initially EnergyConnect integrates single building services through proprietary models and control center actions. We then create optimal combinations of buildings in regional portfolios to supply significant value-added products to the electric grid.

Weekly, daily, hourly, and minute-to-minute EnergyConnect continuously and relentlessly captures and distributes 20 to 40% system-wide energy cost reductions. Payments received from energy supply and delivery operators are shared with buildings in EnergyConnect portfolios.

EnergyWindow reduces the costs, effort, complexity, and risk of procuring and managing energy (electricity and natural gas) supply for businesses with significant energy costs and multiple facilities, with particular emphasis on competitive markets. We provide Internet-based tools supporting all elements of the energy supply cycle to businesses, or their consultants. We enable businesses to 1) take advantage of competitive market opportunities for a 100th of the cost, 2) eliminate hundreds of hours annually maintaining energy market information, 3) reduce to minutes the time acquiring and formatting the more than a hundred energy data elements per facility required to obtain competitive bids, 4) analyze in minutes complex tariffs to determine default costs to compare to competitive bids, 5) reduce the time and effort to develop requests for bids from several man-weeks to 1-2 hours and get greater responses from suppliers, 6) minimize the time and attention necessary to monitor usage and costs effectively for large numbers of facilities, 7) establish an energy management strategy within the company’s business strategy, develop an implementation program, set priorities, and execute the program. We have enabled three dozen national companies (12 Fortune 200) to identify $20 million in savings on $100 million in energy costs.

EnerNOC, working in partnership with customers to develop comprehensive and customer-specific solutions, maximizes demand response, price response, and demand side management benefits by being the leading provider of technology-based energy management solutions. With more than 100 years of combined experience in all aspects of energy management and embedded systems technology, EnerNOC is passionately committed to delivering profitable, immediate results to customers.

PowerCool can be retrofit to existing plants, combined or simple cycle or installed on new plants. The price of additional power on hot days, when demand and prices are highest, will be about $250 per kW, compared to $600 or more per kW for new combined cycle systems.

The company was founded three years ago and has been operated by its members, whom include investors experienced power business. During that time three US patents and more international patents have been granted, with several more pending. The key component maker has agreed to an exclusive buy sell relationship with ETO. The company has developed detailed budgetary estimates of the cost of installation, developed potential engineering and construction partners and has iniated signficant relationships with potential customers.

Focus Energy Corporation is an advanced 3D seismic earth imaging spin-off venture of Providence Technologies, Inc., whose management will transition to Focus upon start-up, ready to launch now. Providence, founded in 1994, profitably delivers state-of-the-art and develops next-generation 3D seismic contract services and operations to domestic & international energy companies. The company's focus is upon difficult imaging problems & solutions that have caused strategic volumes of energy reserves to be missed or bypassed. Our focus is upon imaging what has not been seen before in the subsurface, ahead of the competition, in areas of significant economic impact. The company has been recognized in cover stories by major industry journals for success in this arena. The driving Focus technology has been under development with Sandia National Laboratory since December, 2001 and has reached both technical and field proof-of-concept, ready for start-up now at a critical supply/demand fulcrum point in the energy industry. Transitioning the existing customer base, Focus has relationships with some 2,850 earth professionals and managers in several hundred US and International Majors and Independents.

Gridlogix is the inventor of EnNET, its software framework that enables the integration of networked devices, in real-time, to business applications to create "smart" buildings, integrated plant floors, and intelligent electric utility networks. EnNET provides a layer of pre-configured XML Web services for the most pervasive communication protocols in the building automation, energy management and electric utility industries.

GridRDM is a complete remote device management system that provides for centralized data management of all the monitored devices and equipment, rules for event alarming and notification, device configuration, device history, and custom reports. It is designed to aid in reduction of service operations and to remotely diagnose, repair, and control devices and equipment. It is especially beneficial to manufacturers and organizations that service and maintain equipment.

- Seasoned management team with successful start-up experience complemented by a world-class board: Chairman Joseph T. Gorman, former CEO of TRW, Vic Fazio former 20 year U.S. Representative from California, and Bernays Barclay, Partner, TORYS LLP.

- Raised $2.7 million since inception used to transition the technology, complete and release its first product into production, field test production validation units, develop and test a sales and marketing plan, and begin soliciting and receiving orders.

ISOPur is a Connecticut, USA-based design and manufacturing company, commercializing a patented process for ultra purification of oils and other non-conducting fluids. ISOPur sells capital equipment to end customers, distributors, and OEM manufacturers. ISOPur removes submicron contaminant particles which cannot be removed from similarly priced standard filtration systems.

ISOPur delivers this technology as part of filtration skids comprising pumps, controls, proprietary technology modules, and filters as standard systems, and in large custom systems for biodiesel production and other chemical processes.

Markets include hydraulic and lube oil filtration for power industry (focus on gas turbines and wind turbines), pulp and paper, and other heavy industry; biodiesel and methyl ester production from seed oil and follow-on processes; transformer dielectric fluid (especially tap changers); cooking oil in commercial frying operations (especially in Japan).

Revenue has grown from $670K in 2002, to $1 million in 2003, with forecast of $2.5 million in 2004, and targeted growth to $20 million in 2007. Losses in 2002 were $2.6 million, increasing to $4.3 million in 2003. Losses are now decreasing quarterly with a current run rate of $3.4 million, and breakeven forecast for mid-2006.

MetaPower is a privately owned software technology firm that focuses on understanding and optimizing business processes. MetaPower was founded in 1996 and with head quarters in Portland, Or. Over the course of the last several years, MetaPower has assisted many energy companies to become more competitive by improving their "white collar" professional work process. During the course of these engagements, MetaPower recognized that business processes have a consistent structure that can be exploited to create a powerful technology for designing and automating business processes. In 2000 MetaPower entered into an agreement with a major energy client to jointly develop the Universal Control Based Data Architecture (UCoDA) to take advantage of this generic structure. Since that time, MetaPower has assisted several clients in configuring applications using the UCoDA paltform. MetaPower is seeking funding for additional UCoDA development and for a Marketing Campaign to market and sell applications developed in UCoDA.

NATIS brings unique communications technology to the utility market (electric, oil, gas and water) by providing a secure, scalable, extensible SCADA communications solution that seamlessly integrates legacy and new equipment into one easy-to-manage system. Additionally, the NATIS solution enables communications from central offices to remote equiment in previously inaccessible geographical areas. By utilizing proven communication technologies that are supportable, efficient, reliable and cost-effective, the NATIS solution increases the reliability and security of SCADA communications beyond other products available on the market today.

Recent problems with the national electrical grid, which came to light as a result of the major power outage in the northeast, has increased national and regional attention towards a more reliable, secure, robust network that enables communications between companies and regions.

Optimal's "SmartGrid"™ solutions provide a secure, responsive, efficient and reliable power network from generator to end-user. As seen in Forbes, our technologies focus on two main areas: 1) power grid and energy supply analysis and optimization; and 2) demand-side energy resource (micro grid) optimization, including aggregation and sophisticated control of Distributed Generation and load. Our ability to perform Asset Optimization from the largest grid to the smallest micro grid or building is second to none. Our unique technology allows us to look deeper and more thoroughly into the system and then rank opportunities as to their system cost/benefit.

Founded in early 2000, Optimal Technologies is privately held and maintains offices in the United States and Canada. We are seeking strategic investors for our next round of financing.

RenewABILITY Energy, Inc. (REI) designs, manufactures and sells the patent pending Power-Pipe™ Drainwater Heat Recovery System. The Power-Pipe™ RECYCLES THERMAL ENERGY that would otherwise be lost down the drain. We have been in business since July 2000, we are profitable and are well positioned to take advantage of rising energy prices and environmental concerns.

In a nutshell the Power-Pipe™ is a ULC approved heat exchanger for potable water that is excellent for recovering heat from warm to hot drainwater because it doesn't plug-up. Because it has no moving parts it will last as long as the piping around it (usually 30 plus years). A standard water heating system can be downsized by 40% with the Power-Pipe™.

Our new focus is industrial applications where R&D has concentrated on innovations to meet the challenge of pulp & paper and food processing. Applications in the industrial area have paybacks of 0.5 to 2 years with very good margins. In concentrated locations such as health club showers, cafeteria dishwashers, and laundry facilities payback is 1 to 3 years. It also saves energy in single family homes, apartment buildings, hotels and college dorms that have multiple drainage systems. A new Multi Unit Residential Building will have a payback in the range of 3 to 6 years.

A subsidiary company - REI TESS - installs systems at no cost to the customer (in larger applications), meters the amount of thermal energy delivered, then charges the customer for the energy delivered at a discounted rate.

Rentricity is a renewable energy & monitoring company that will use its proprietary microturbine configurations called Flow-to-Wiresm systems to transform untapped energy in various man-made processes into electricity. The surplus energy being targeted is contained in pipes where the materials moving inside them exert excess pressure. The initial application focus is microhydropower. The Flow-to-Wiresm systems will convert excess pressure in public water distribution mains into clean electric power. A single Flow-to-Wiresm system will produce between 20 and 300 KW. As the Company installs thousands of units worldwide, Rentricity will produce hundreds of megawatts in aggregate. Rentricity will give its generating partners an additional source of revenue. Also, integrated sensors will provide data that will enable water utilities to maximize efficiencies and help to safeguard the water supply against homeland security threats. Sizable opportunities exist in wastewater, irrigation, natural gas pipelines, steam pipelines, and industrial facilities. The Company was qualified as a Class 1 renewable technology by the CT DPUC in February 2004 and is recipent of a Connecticut Clean Enegy Fund Grant.