GHP System Engineering - Stimulating the “Engine” in Engineering

Presented on Tuesday, April 30, 2013

Applying recognized engineering principles to outside the box thinking will result in better GHP system performance. Controlling the design and construction of the borehole impact heat transfer. The loop well field is designed based upon the yearly total of heating and cooling, not thermal conductivity. How efficiently equipment transfers the heat to the circulating water does not alter the loop well field. If a gain in efficiency is based upon a higher operating circulating water temperature, then the loop well field should be increased or baseline temperature water added to the GHP system (engineering). The “engine” is the mind of the engineer and groundwater professionals should engage in educating the engineering community, as well as themselves on how to positively impact GHP system performance to ensure a robust industry and satisfied consumers.

Presenter:
John Pitz, CPI
NL Pitz Inc., Batavia, IL
John attended the University of Notre Dame for both undergraduate and graduate school. He has lead the Illinois Association of Ground Water Professionals; served the State of Illinois Groundwater Advisory Council; Co-Lead the Well Disinfection Program for the State of Illinois. Presently, John is: the director of National Ground Water Association; member of NGWA Cost Calculator for Water Well contractors and Cost Calculator for Pump Installation contractors task force; NGWA committee reviewing certification exam questions; 4) member of NGWA standards for water well construction committee; and serves on the State of Illinois Water Well and Pump Installation Contractor’s Licensing Board.
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