A.R.C. Technologies Corp.

A.R.C. Technologies' most important asset is its people. A.R.C. Technologies has assembled a team of engineers, scientists, environmentalists, programmers, welders, and CAD operators that have the knowledge and experience to handle any project associated with gas separation, processing plants, programmable logic control (PLC), environmental compliance, permitting and monitoring. The following provides a brief summary of the ARC's key project team members.

A.R.C. Technologies' senior staff members have an average of 30 years of experience. A.R.C. Technologies' project team is capable of providing quality services, superior equipment and technical expertise. Together, these individuals will team to meet the challenges of the Project and provide a successful outcome. The following is a brief description of the key personnel who work with A.R.C. Technologies:

Stan Siegel , A.R.C. Technologies' President, has over 30 years of experience developing and installing processing plants and designing integrated control systems. As President of Industrial Operations, Mr. Siegel commissioned and has managed the operations and maintenance of two high BTU landfill gas projects using physical separation (as contrasted to chemical separation) technology for the past two years. The processing plants are located on Waste Management landfills in western Pennsylvania.

Mr. Siegel has developed a landfill gas processing system using Pressure Swing Adsorbtion ("PSA") technology. The system has been demonstrated to physically separate by molecule size methane gas from landfill gas impurities, thus converting the landfill gas into high BTU (> 970 BTU) pipeline quality natural gas.

As owner and President of ARC, Mr. Siegel has managed numerous turnkey processing systems with integrated control units for Westinghouse Electric Company, Mitsubishi Electric Power Products, Inc., Duraloy Technologies, Inc., Elliott Company and Kennametal, Inc.

Michael Toward , Control Systems Analyst for A.R.C., has a BS in computer sciences. Mr. Toward incorporated a state-of-the-art automation system that includes a proprietary control and compression logic system. Mr. Toward assisted in designing a completely automated interface between the pipeline company's equipment and the automated processing plant. This interface permits the pipeline company, process operator and landfill gas owner to review the gas quality and amount of gas entering the pipeline. The proprietary landfill flare interfaces with the processing plant enabling complete control of the emissions of the flare and eliminates any need for additional air emission permits for the process plant.