More heat moved, for less pressure drop.
Heat exchangers, vaporizers and manifolds with less pressure drop, for oil & gas, nuclear and hydraulic systems. Proven in field testing at an LNG terminal.
Get a demoPressure drop is paid for over the life of the plant.
Heat exchangers, vaporizers and manifolds in oil & gas, hydraulic and nuclear systems run for years. Pressure drop and poor flow distribution cost pumping energy for as long as they run.
Conventional geometries are chosen from a catalog, then sized. The shape itself is rarely optimized for the duty.
Thermal and hydraulic, in the same run.
Flow distribution and heat transfer are solved in the same loop, so the shape is fitted to the duty. The manufacturing constraints apply as the shape grows.
- 01Heat exchangers for modular nuclear reactors
- 02LNG vaporizers
- 03Carbon capture
- 04Turbine blade cooling channels
- 05Heat exchanger manifolds
Field-proven additive-manufactured LNG vaporizer
50%
Less variability in measured gross heating value, in field testing at the Equinor Hammerfest LNG terminal.
Read the case study
Optimizing a CO₂ cooling manifold for the CERN CMS experiment
29%
Lower pressure drop than the benchmark, 850 Pa against 1,180 Pa.
Read the case study
Lower pressure drop in a hydraulic component
25%
Lower pressure drop across the component, in CFD simulation.
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ToffeeX has provided a richer characterization of the design space: We could increase heat transfer, reduce pumping losses, coolant flow requirements, or trade these benefits for smaller, lighter, cheaper parts. The novelty of the geometries produced is valuable to break previous design habits and reach meaningful improvements.
ToffeeX's physics-driven design software enabled us to generate a smaller design, optimized for our heat exchanger, in a shorter time than we could have with our standard design process.
Research and webinars
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