Every burner, control system, emission solution and heat exchanger is selected, configured and integrated as part of a complete engineering solution — designed precisely around your specific process requirements.
ICE designs and builds industrial combustion systems where reliability, efficiency, and compliance are critical. We engineer custom solutions tailored to your operational environment — with capacities from 1 MW to 40 MW, ATEX and SIL approved options for hazardous zones, and Low NOx technology compliant with current European emission standards.
Engineered for applications where heated air comes into contact with the product or where contamination risk is unacceptable. Integrated heat exchangers guarantee complete separation between combustion gases and process air, meeting the most stringent hygiene standards — the standard for food processing. Fuels include natural gas, biogas and syngas. See indirect air heaters.
Highly efficient gas-fired hot air systems delivering direct thermal energy for robust industrial applications where atmosphere control allows direct contact.
Custom-engineered heating configurations designed entirely around your material, capacity, production rate and thermal profile.
A low-NOx combustion solution combining high flame exit velocity with a large flame surface area to produce a stable, comparatively cool flame. The aerodynamic swirling effect induces internal flue gas recirculation, significantly reducing NOx formation while maintaining maximum thermal efficiency.
Selecting or replacing a burner is above all an efficiency decision: modern turndown ratios up to 1:40 and electronic air-fuel ratio control typically cut fuel consumption by up to 10%. Read our guide on cutting industrial furnace fuel consumption.
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The right heating technology depends on your product, atmosphere and temperature profile: radiant heat for fast surface processes, indirect heating where the atmosphere must stay clean, and hot air where volume heating is required.
Compact, high-performance surface combustion systems utilizing an FeCrAl metal fibre matrix. Heating and cooling response within approximately one second for precise process control, deep infrared penetration, and high power density (100–400 kW/m²).
Efficient indirect heating systems for controlled atmosphere furnaces up to 1200°C. Available in U-type, W-type, and P-type configurations to eliminate any contact between flue gases and the product, preventing oxidation and maximizing yield.
Typical applications: infrared for drying textiles, carpet, paper and coatings; radiant tubes for annealing, hardening and tempering under protective atmospheres; indirect air heaters for contamination-free drying in food processing.
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Increasingly stringent emission standards leave no room for underperforming abatement systems. Non-compliance risks production shutdowns, legal action, and reputational damage. Which technology fits which pollutant — and when to combine them — is explained in our guide thermal oxidizer vs SCR.
Bespoke thermal oxidation systems that combine high destruction efficiency with optimized energy recovery. Contaminated process gases (VOCs, carbon monoxide, organic solvents, hydrocarbons) are heated to temperatures between 750°C and 1200°C to be safely oxidized into stable by-products.
Advanced technology for converting nitrogen oxides (NOx) into harmless nitrogen gas and water vapour. By injecting a reducing agent (ammonia or urea) upstream of a precisely selected catalyst bed, we achieve exceptional NOx removal efficiencies at lower temperatures.
Future-ready configurations combining traditional gas-fired technology with high-efficiency electrical alternatives. Developed for multi-pass processes or sites where gas supply constraints, fluctuating energy prices, or strict carbon reduction targets demand flexible, hybrid thermal control.
Every emission project starts with an exhaust gas audit and ends with the official emission measurements your permit requires — engineering, commissioning and compliance from one contracting party.
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High-temperature industrial processes demand a partner who translates complex technical challenges into reliable, long-performing systems. Our fully in-house team handles the entire technical lifecycle under direct engineering supervision.
Engineering does not stop at the drawing: installation is carried out by our own qualified engineers and commissioning takes place under our direct supervision, including safety logic verification and combustion performance testing.
Explore engineering services →Both. Depending on your needs, ICE supplies individual components, engineered equipment, or complete turnkey integrated systems — always configured as part of one engineering solution.
Yes. ICE supports modernization, optimization and upgrading of existing legacy systems of any brand, from a single burner replacement to a complete control system retrofit.
Industrial burner systems from 1 MW to 40 MW, with ATEX and SIL approved options for hazardous environments and Low NOx technology compliant with European emission standards.
That depends on the pollutant: thermal oxidation for VOCs, CO and odour; SCR for NOx; combined lines where permits limit both. An exhaust gas audit of your actual emissions is the starting point.
Yes. Hybrid gas-electric configurations, fuel-flexible burners (natural gas, biogas, syngas) and hydrogen-ready technologies are part of the solutions portfolio.
Talk to our engineers about your process, bottleneck or compliance target — from a single component to a complete turnkey system.
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