Ed Ziaebrahimi Joins EnLink Geoenergy to Manage Growing List of Geothermal Heat Pump Projects

RANCHO DOMINGUEZ, Calif., Feb. 8, 2011 /PRNewswire/ -- EnLink Geoenergy Services, a leader in the development and installation of geothermal heat pump (GHP) heating and cooling systems, announced today that Ed Ziaebrahimi has joined the firm as Senior Vice President of Operations and will be responsible for all field operations, project performance, client relations and contract management.

Mr. Ziaebrahimi has 25 years experience in the construction industry handling all facets of managing major projects.  Recently, he was the senior project manager on the 55-story J.W. Marriot Hotel and Ritz Carlton development at the high-profile LA Live project in downtown Los Angeles.

"EnLink is in the perfect place to take advantage of the new green economy, and I'm very eager to get to work saving energy and money for our customers," said Ziaebrahimi.  "I've spent a big part of my life helping develop the state's infrastructure and I feel very good about continuing that work with EnLink's technology because it is the most efficient in the world."

Besides LA Live, Ziaebrahimi has been involved in projects for many local public agencies, including the Los Angeles Department of Water and Power, The Los Angeles Unified School District, and the Los Angeles Community College District.  

"Ed is a big part of our plans to continue the growth of EnLink," said Mark Mizrahi, President and CEO of EnLink.  "He has extensive experience in some of the key markets that are adopting green building technology and will be able to ensure that our customers get the most out of their investment in GHP technology."

About EnLink Geoenergy Services

EnLink designs and constructs earth heat exchange systems, the key underground component of a heating and cooling technology known as a geothermal heat pump (GHP) system.  GHP is the most efficient heating and cooling technology available; for every unit of energy applied to the system, GHP technology gets four to six units of energy from the earth.  A GHP system replaces much of the equipment used in conventional heating and air conditioning systems, reducing energy use by as much as 60%.

GHP uses the constant temperature of the ground hundreds of feet below the surface as a highly-efficient heat sink that absorbs heat in cooling mode and as a heat source in heating mode.  In short, a GHP transfers heat in the air from the building to the ground in summer & vice versa in winter.  

Find more information at: www.enlinkgeoenergy.com.

SOURCE EnLink Geoenergy Services