Capabilities
TOKEF covers the full lifecycle of industrial energy projects — so decisions made in the laboratory survive procurement, and decisions made in FEED survive commissioning.
We design and de-risk thermal conversion systems that turn residues, biomass and refuse-derived fuels into power, heat and intermediate energy carriers — selecting the right reactor concept for the fuel, not the other way around.
Explore energy & thermal conversion
Included services
Full-lifecycle engineering for thermal and energy infrastructure: process design, heat and mass balance, P&IDs, tenders, QC supervision and execution control — with owner's-engineer independence at every stage.
Explore engineering & epc
Included services
We build the business case before the plant: technical and financial feasibility, business planning, risk assessment, and navigation of public support instruments — protecting capital and accelerating time to revenue.
Explore project developmentIncluded services
Proximate, ultimate, calorific and ash analysis for biomass, residues and RDF/SRF — with gasification suitability assessment that converts lab results into process-relevant engineering decisions.
Explore laboratory & fuel analysis
Included services
We treat digital technology as an engineering instrument: automated control systems, predictive analysis, computational simulation and AI-assisted workflows that increase availability, efficiency and safety of industrial assets.
Explore digital & automation
Included services
Decarbonization engineered into the process: emissions compliance systems, energy recovery, waste valorisation and ESG-aligned project design that turns environmental obligations into operating advantages.
Explore sustainability & emissions
Included services
When laboratory, process design, EPC and digital are split across unrelated suppliers, every handover loses information — and the plant pays for it.
Fuel → design
Lab data flows directly into the mass balance — no lost fidelity between sample and specification.
Design → procurement
Vendors bid against our specification. Deviations are caught, not discovered.
Construction → operation
The engineers who designed the plant supervise its start-up and train its operators.
Operation → optimization
Plant data feeds back into digital tools that keep improving performance.
Next step
Describe the challenge in your own words. We will route it to the right engineers — or tell you honestly if you do not need us.