Industrial Energy Engineering
Specialists in biomass and coal-fired boiler systems, gasification, emission control, fuel transformation and energy-efficiency retrofit — delivering measurable performance and compliance for industrial clients worldwide.
From new boiler installations to full emission-compliance retrofits, we cover the complete lifecycle of industrial thermal energy systems.
Design, supply and commissioning of biomass boilers from 500 kW to 50 MW. Wood chips, agri-residues, bagasse and mixed biomass fuels supported with automatic feed systems.
Stoker-fired, fluidised bed and pulverised coal boiler engineering. Performance optimisation, combustion tuning, and thermal efficiency upgrades for existing plant.
Coal-to-biomass and coal-to-gas conversion programmes. Burner replacement, grate modification, and fuel-handling redesign with minimal operational downtime.
Flue gas treatment — electrostatic precipitators, bag filters, SCR/SNCR NOx reduction, SO₂ scrubbing. Full compliance with IED, MATS, and local environmental regulations.
Coal, biomass and municipal solid waste gasification for syngas production. Downdraft, updraft and fluidised-bed gasifier design with gas cleaning and power generation integration.
Anaerobic digestion plant design, biogas upgrading to biomethane, combined heat and power (CHP) integration, and landfill gas utilisation projects.
Engineered systems built around your fuel source, capacity and compliance requirements.
Our boiler systems are engineered around your specific fuel profile, capacity requirement and steam parameters. We supply complete turnkey packages from grate to stack — including fuel handling, combustion control, economisers, and ash management.
All designs include live combustion management via PLC/SCADA with remote monitoring as standard.
Gasification converts solid fuels into a combustible syngas (CO + H₂ + CH₄), which can be used for power generation, industrial heating, or chemical synthesis. Our gasifier designs cover downdraft, updraft and circulating fluidised-bed (CFB) configurations.
All systems include tar reforming, gas cooling, filtration and pre-treatment for engine or turbine use.
Our emission control systems are engineered to meet the strictest regulatory thresholds — IED (EU), NAAQS (US), and local EIA requirements. We offer integrated packages or standalone add-on systems for existing plant.
We design complete anaerobic digestion and biogas utilisation plants — from feedstock pre-treatment and digester sizing through to gas upgrading and CHP integration. Feedstocks include agricultural waste, food waste, sewage sludge and energy crops.
A structured methodology that takes your project from initial audit through to commissioning and long-term support.
We begin with a comprehensive site audit — fuel quality analysis, existing plant assessment, steam/energy demand profiling and flue gas sampling. This produces a baseline performance report and opportunity register that informs all downstream design decisions.
Estimate your potential fuel cost reduction and CO₂ savings from a boiler efficiency improvement or fuel conversion project.
A sample of completed installations across industrial sectors and geographies.
Our installations consistently achieve — and often exceed — the most stringent national and international emission standards.
Achieved Reductions vs. Baseline
Technologies Deployed
Whether you're planning a new installation, need to cut fuel costs, or face an emission compliance deadline — our engineering team is ready to help. We respond to all enquiries within one business day.