Harnessing isothermal compression and advanced fluid dynamics to redefine efficiency.
Traditional mechanical compressors operate adiabatically, generating immense heat that wastes energy. The Trompe system uses the surrounding water to absorb heat instantly during compression.
Achieves 8-12% greater efficiency than mechanical systems by eliminating heat loss.
Air is delivered naturally cool, adding value for industrial HVAC and cryogenic applications.
Optimized at a 0.40 throat ratio to create high-velocity suction, achieving an air entrainment ratio of ~0.35.
Multi-stage compression modeling aligns the system's natural frequency with external forcing for maximum energy capture.
Our proprietary engine simulates Oscillating Water Column behavior to predict performance across varying flow rates.
Pushing the boundaries of scale and depth.
Grid-scale deep water system (500m depth). Designed for 350MW output but currently requires 10x cost reduction for viability.
Planetary-scale engineering at 2000m depth. Investigating supercritical fluid dynamics and phase separation challenges.