Engineering and manufacturing an Injection Pressure Control Valve (IPCV)
Start execution: 2012
End execution: 2012
Result: Successfully engineering and manufacturing the IPCV
Role of WEP: WEP was the initiator and did all engineering and manufacturing
Project Summary
Client: | WEP internal project |
Description: | New technology, Injection Pressure Control Valve |
Wells: | Geothermal doublet |
Start Execution: | 2012 |
End Execution: | 2012 |
Target: | Engineering and manufacturing the IPCV |
Result: | THE IPCV was succesfully engineered and manufactured |
Depths (TVD): | Approx. 2000m |
Role of WEP: | WEP was the initiator and did all engineering and munufacturing |
Challenges: | New technology |
Project Description
WEP is involved in one of the most extensive geothermal heat projects in the Netherlands. This project will provide heating for 4000 houses and apartments. The geothermal doublet has a vertical depth of over 2000 meters. Under static conditions, the water level in the geothermal well will drop due to the difference in fluid density between injection and production well. Without controlling the water level, degassing of the water may occur. Vacuum-situations may also occur which can result in water-hammer and oxygen entering and reacting with the water. This can cause corrosion and / or blockage. The purpose of the IPCV is to maintain a constant water level and a constant pressure. This valve is wireline retrievable and has a failsafe-to-close functionality. Besides the valve, the IPCV system also exists of a special landing nipple, control line, and control-unit.