Identify the problem
Review heat loads, temperature limits and packaging. Build a model of the system.
Physics intelligence.
Deployed.
We help engineering teams solve problems in heat transfer, fluid flow and energy use—with our own models, cooling designs and laboratory tests.
Compute. Electrification. Energy systems.
How we work
Our engineers work
alongside yours.
We start with your system: its heat load, available space and operating conditions. Then we model the options, develop a cooling design and test a prototype with your team.
Develop the design
Compare cooling options using our thermal models. Design around your operating requirements.
Test the prototype
Measure temperatures, heat transfer and pressure losses. Compare the results with the model.
Design · Prototype · Test
From the model
to working hardware.
We design the cooling hardware, build prototypes and test them in the lab against our predictions.
Machined channel geometry for high local heat flux.
Thermosyphon and heat-exchanger layouts sized for the system.
Instrumented prototypes measured for temperature and pressure drop.
Selected work & research
Cooling research.
Industrial engineering.
Edge compute / Research
BRAINE · TU Eindhoven
Cooling compact edge computing
A gravity-driven loop thermosyphon connects a compact node-cooling monoblock to an air-cooled condenser.
Published researchPhysical tests at TU/e; published solver validation
Evidence & scope
The BRAINE project’s edge-computing cooling architecture is documented in ASME InterPACK research. A companion IEEE paper reports thermal performance tests at TU/e. The fluid loop is passive; condenser fans can consume power. These are testbed studies, not a general datacenter efficiency guarantee.
Read the public sourceRead the TU/e test study
Electrification
Hitachi Energy
Thermal engineering for power systems
Thermal engineering for Hitachi Energy across repeat programmes.
Company-reported engagementRepeat programs
Evidence & scope
The available record confirms repeat programs, not a quantified efficiency gain or a specific customer test result.
Physics intelligence
Bosch
Thermal simulation software
Bosch licenses our specialist simulation software.
Company-reported licensingSoftware licensing
Evidence & scope
The available record does not establish licensed scope, customer performance or audited revenue.
A research foundation
Two-phase research
from EPFL to industry.
Rooted in EPFL’s Heat and Mass Transfer Laboratory. Built on two-phase heat-transfer research by co-founders Jackson B. Marcinichen and John R. Thome.
Meet the companyPublished validation · ASME InterPACK
Thermosyphon models
checked against measurements.
Our thermosyphon simulator was compared with an independent Nokia Bell Labs server-cooling dataset. The publication reports good agreement for component heat transfer and pressure drops.
Validation applies to the studied dataset—not a universal cooling-system rating.
Read the published studyResearch, results & test conditions
The next step
Discuss your project
with our engineers.
Tell us what you are building and where you need help.