Wet compression of pure refrigerants

Twin screw oil-free wet compressor for compression-absorption cycle

Profile generation method for twin screw compressor rotors based on the meshing line

Development of wet compressor for application in compression-resorption heat pumps

Olievrije compressor voor ammoniak-watercompressieresorptiewarmtepompen

Screw compressor for ammonia-water heat pump lubricated by the process mixture

Experimental compression-resorption heat pump for industrial applications

Oil-free twin-screw compressor: development of compression/resorption heat pumps, task 3 final report (contract JOE3-CT97-0079)

Prediction of injection flow rates in twin-screw compressor systems

Operation procedures and safety analysis of the compression/resorption heat pump pilot plant: development of compression/resorption heat pumps (contract JOE3-CT97-0079

Experimental compression resorption heat pump for industrial applications: development and compression/resorption heat pumps, task 4 final report (contract JOE3-CT97-0079)

Screw compressor rotors profile generation method based on pre-defined meshing line

Influence of liquid injection into compressor on performance of compression/resorption heat pumps

Prototype compressor: geometry and implementation into the pilot plant (contract JOE3-CT97-0079)

Aspects of two-phase flow screw compressor modelling, part 2 friction between rotors

Simulation of the wet compressor for compressor/resorption heat pumps

Redesign of experimental wet compression/resorption heat pump (contract JOE3-CT97-0079)

Simulation of losses due to rotor friction and leakage flow in the wet twin screw compressor (contract JOE3-CT97-0079)

Aspects of two-phase flow screw compressor modelling, part 1 leakage flow and rotor tip friction

Development of the twin-screw compressor model for compression resorption heat pumps: second periodic (12th month) task 3 progress report (contract JOE3-CT97-0079)