We are currently adding to this area.

Cali Photography Studios in Clarks Summit, PA.

We engineered & installed the loops, hooked them into the building, flushed and purged them.

Nanticoke School District

We installed the loops, hooked them into the building, flushed and purged them.
60 holes, 250 feet deep each. Each with 1 1/4" loop pipe. Every 4 holes were fused together to a 2" header pipe and brought into the building in a separate circuit from the other holes. The final fusion work was done inside to bring all the 2" pipes together into the main 4" trunk.

Cable TV Building in Hazleton

We installed the loops, hooked them into the building, flushed and purged them.
20 holes, 400 feet deep each. Each with 1 1/4" loop pipe. Every 4 holes were fused together to a 2" header pipe and brought into a cement tank outside the building. The loops were then hooked to a 4" header pipe to be brought into the building.

Dingman Delaware School District

This next picture is just a small example of the cusom header work that needs to be performed inside each building. The black geothermal pipes in the picture are ready to be fastened to the ceiling. On a finished system, they will carry a water-based fluid from the earth-coupled ground loops into the heat pumps. This installation is a closed loop system and the exact same fluid will be recirculated for the life of the system.

This is a picture of a typical 'pump pack'. It's a pretty simple setup. It's just a couple of curculator pumps encased in an insulated metal case with a couple of extra fittings to aid in hooking loops to one end and the heat pump to the other. Many geothermal heating contractors will have us install the ground source, while they install the rest of the geothermal installation. This is normally where both halves (the loops and the heat pumps) meet.