PWI Energy has already realized $100,000,000 in combined 
savings for corporate clients around the world.
 

From its center city Philadelphia offices, PWI Energy manages over $100,000,000 in energy costs annually for clients in 30 states and 40 countries on 5 continents. Believed to be the only non-utility-affiliated global energy management company, PWI Energy engineers have completed more than 300 focused energy surveys in the past 10 years, leading to average utility expenditure savings of 5-10%.

PWI Energy’s comprehensive energy management program integrates supply and demand side management, data and greenhouse gas (GHG) management, focused energy surveys, design reviews, energy sourcing, utility contract negotiations, and project assessment and implementation for corporate, pharmaceutical, healthcare, educational and governmental clients. PWI Energy consists of a team of Energy Engineers and Analysts with over 80 years of combined experience.

100 N. 17th St.

...a team of Energy Engineers and Analysts with over 80 years of combined experience...

 Read on to learn more about the professionals that make up PWI Energy.

   

Joseph Turk is the President and a Principal of PWI Energy. He received a B.S. from Villanova University and an M.S. in Energy Management  from the University of Pennsylvania. 

Mr. Turk has over eighteen years’ experience in energy management including analysis and design of cogeneration and desiccant dehumidification systems, development of databases for performance and maintenance evaluation, and participation in utility and technical conferences.


J.Turk Resume.pdf

 

  


I. Maor Resume.pdf 

Itzhak Maor is the Director of Engineering and a Principal of PWI Energy. He has twenty years of design and engineering leadership experience. His areas of  expertise include HVAC and Energy Systems Design, Building Energy Simulations, Development, Application and Design of Large Custom Air Conditioning units, Energy Recovery Systems and Active Desiccant Dehumidification for the commercial and institutional sectors. His responsibilities include providing engineering support, development of analytical tools, and technical evaluation and analysis of energy conservation opportunities.

Mr. Maor received a B.S. and M.S. from Technion, Israel Institute of Technology in Mechanical and Civil Engineering respectively, and a Ph.D. from Drexel University in Civil Engineering. He received his Professional  Engineer’s license in Maryland and is a Certified Energy Manager by the Association of Energy Engineers.

 

Rick Heimann is the Senior Energy Analyst and a Principal of PWI Energy. He has over twelve years of experience in managing energy projects, handling and evaluating energy data, and negotiating with energy providers.  Efforts he has led have qualified energy projects for demand side management rebates, negotiated energy purchasing agreements for major clients, and evaluated the financial viability of various energy conservation technologies for clients, utilities, and government agencies.

Mr. Heimann earned a B.S. from Cornell University and an M.S. in Energy Management & Policy and a Master’s of City Planning from the University of Pennsylvania. He is also a certified Professional Energy Procurer by the Association of Energy Engineers (AEE).


P.R. Heimann Resume.pdf


B. Griga Resume.pdf

Bernie Griga is a Senior Energy Engineer and Principal of PWI Energy. He has over 25 years of energy engineering experience in the USA, England, Germany and Greece. He has undertaken energy efficiency studies, audits and related design projects for pharmaceutical plants, office and research campuses and data centers. He also has extensive experience in reliability studies, commissioning and trouble shooting of building services systems.

Mr. Griga earned a Diploma in Internal Environmental Engineering at the University of the South Bank, London, England (BSME equivalent).  His responsibilities include the development and implementation of demand side energy efficiency surveys and evaluations for various types of buildings and processes