CFD, FEM & numerical simulation
Heat transfer, fluid flow, thermal stress, parametric studies, boundary-condition review and simplified engineering models.
Thermal · Materials · Process Engineering
Engineering clarity
for complex systems.
Enerlysis helps R&D teams reduce failed experiments, solve heat-transfer bottlenecks and de-risk scale-up using CFD, FEM, materials analysis and process engineering.
CFD / FEM
Heat & mass transfer
Reactor design
Scale-up
01
Diagnose
Find the real bottleneck before spending months on experiments or prototypes.
02
Model
Use simulation and engineering calculations to test design options.
03
Scale
Translate lab results into practical process and pilot decisions.
The problem
R&D teams lose time when materials, simulation and process design are disconnected.
Deep-tech teams often have promising lab results but struggle with reactor geometry, thermal gradients, mass-transfer limitations, material degradation, uncertain boundary conditions and scale-up risk.
Enerlysis bridges the gap between science and implementation by combining physical modelling, simulation, testing logic and practical engineering judgement.
Services
Focused engineering support where R&D teams need extra depth.
Reactor & process development
Concept design, heat and mass-transfer analysis, process bottleneck mapping, test-plan design and pilot-scale thinking.
Materials engineering
Material selection, failure analysis, coatings, porous materials, thermal cycling, degradation mechanisms and characterization planning.
Scale-up & technical review
Independent review of technical assumptions, scale-up risks, equipment choices, performance limits and engineering roadmap.
Start small
Fixed-scope engineering sprints
Designed for startups, SMEs and R&D teams that need clarity before committing to a larger project.
1 week
Engineering Diagnostic Sprint
€49.99 / hour
- Technical bottleneck review
- Assumption and risk map
- 5–10 page engineering report
- Recommended next experiments or simulations
Most popular
2–3 weeks
CFD/FEM Feasibility Sprint
€89.99 / hour
- Simplified model setup
- Boundary-condition review
- Design sensitivity analysis
- Simulation roadmap for the next stage
Project-based
Scale-up Review
€119.99 / hour
- Material-to-system gap analysis
- Process and equipment review
- Heat/mass-transfer limitation check
- Pilot design recommendations
Who we help
Built for deep-tech teams developing physical products.
Enerlysis is strongest where physics, materials and process performance decide whether a product can scale.
Thermal storage
Heat pumps
Climate tech
Hydrogen
CO₂ capture
Batteries
Porous materials
Coatings
Membranes
Reactors
Heat exchangers
Process equipment
University spin-offs
R&D departments
How we work
A practical path from technical uncertainty to engineering decision.
1
Define the real bottleneck
We clarify the technical question, success metric, operating window and current assumptions.
2
Build the right model
We choose the simplest useful calculation, simulation or test logic to answer the engineering question.
3
Validate against reality
We compare assumptions with available data, experimental constraints and material/process limitations.
4
Decide the next move
We deliver clear recommendations: redesign, test plan, simulation roadmap or scale-up decision.
Technical foundation
From advanced materials to prototype thermal systems.
Enerlysis is built on deep expertise in thermochemical heat storage, salt hydrates, encapsulation, cyclic stability, reactor testing, heat and mass transfer, and system-level thermal analysis.
Example expertise
Thermochemical heat batteries
Material development, macrocapsule fabrication, caking prevention, cyclic testing, reactor evaluation and system integration for compact heat storage applications.
Discuss thermal storage →Contact
Have a difficult engineering problem?
Send a short description of your system, current bottleneck and what decision you need to make. We will suggest the smallest useful next step.
Email Enerlysis
info@enerlysisx.com · Netherlands · Europe