Test Rig | A-HP operating on an Inverse Brayton Cycle Read More »
Spike has designed and built a dedicated test bench for the experimental study of air-source heat pumps based on an inverse Brayton cycle, with the goal of analyzing efficiency, operational stability, and thermodynamic behavior in different configurations.
Silica scaling reduction system | Reactor 2.0 Read More »
The GEOFLEXHeat project addresses one of the main challenges of high-enthalpy geothermal energy: silica precipitation during the cooling of geothermal brine. Spike has designed a 1.5 m³ scaling reactor with a cyclone-type geometry that ensures high mixing and a uniform pH throughout the entire volume.
Silica scaling reduction system | Reactor 1.0 Read More »
In the European GeoSmart project, Spike is responsible for the design and construction of the demonstration system dedicated to reducing silica in geothermal brines. This plant enables reinjection temperatures to be lowered to 50 °C, overcoming one of the most significant limitations in extracting heat from geothermal wells.
Test Rig | Single-Phase Heat Exchanger Read More »
In the GEOHEX project, Spike designed and built a single-phase liquid–liquid heat-exchange test bench as a platform for testing advanced materials and coatings capable of improving the performance of heat exchangers used in geothermal applications.
