The NIFTE and DAHR are coupled for the first time, and proven capable of raising water over 10m and providing a further 14m of surface head in our test well near Tiverton, Devon, U.K.
The NIFTE and DAHR are coupled for the first time, and proven capable of raising water over 10m and providing a further 14m of surface head in our test well near Tiverton, Devon, U.K.
The NIFTE and SAHR are coupled for the first time, and proven capable of raising water over 12m using low-pressure steam as a working fluid, in a stairwell in the Department of Engineering Science, University of Oxford.
The key power module and the flow-separator module of Thermofluidics’ large-volume valved pumping engine are couples and working together at our U.K. test site in Devon.
The NIFTE and DAHR are coupled for the first time, and proven capable of raising water over 12m using low-pressure steam as a working fluid, in our U.K. test well in Devon
Thermofluidics announces the Single ‘Acting Hydraulic Ram (SAHR) pump’ a modified version of the DAHR for lift-only applications and narrow boreholes.
Thermofluidics demonstrates improved 30W NIFTE output with a solar heat source at our test site in Southern France.
The cylinder head, power cylinder and driver hardware and software components of our large volume valved pumping engine are assembled into a single ‘power module’ and successfully tested in Cambridge, U.K
Condenser tests are successfully completed for our valved solar-powered pumping engine.
Thermofluidics commissions production of solenoid valve diaphragms with trade partner Nymet (South Australia) for our valved solar-powered pumping engine.
Thermofluidics’ double-concentric NIFTE delivers 1920L/h at 8m head (equivalent to 42W of hydraulic power after losses and approximately 50W brake power) with 2700W of heat at 80ºC. This is almost twice our interim-deliverable for January 2014 for our Wellcome Trust Translation Award.