Remediation
On-site thermal treatment of contaminated soils, tars, and hazardous residues — eliminating off-site disposal costs and transport risks.
From 125 kg to 500 kg per hour throughput for brownfield sites, industrial remediation, and environmental cleanup projects.
Residue Only
Complete combustion at 850–1,200°C leaves minimal ash. Built in Britain with Coretex refractory.
Environmental
Waste
Incineration
LitBurn incinerators for contaminated land, hazardous soil, and environmental remediation waste.
Purpose-built LitBurn LBI series incinerators for environmental waste streams. On-site thermal treatment of contaminated soils, hazardous residues, and remediation waste with full regulatory compliance.
Waste Stream
Applications
Select a waste stream to see how LitBurn incinerators address your specific waste destruction requirements.
Contaminated land remediation generates large volumes of hazardous soil requiring thermal treatment. LitBurn LBI incinerators provide on-site thermal desorption and destruction of organic contaminants, hydrocarbons, and heavy metal compounds at 850–1,200°C — eliminating the cost and regulatory burden of transporting contaminated materials off-site.
Dual-Chamber Design
Primary and secondary combustion for complete destruction
Coretex Refractory
Premium heat-resistant lining for thermal efficiency
Smart Controls
IP6X PLC with optional remote monitoring
Cool-Touch Cladding
Operator safety with full thermal insulation
Built for
Environmental Waste
Key advantages of our incinerators for environmental waste destruction.
Multi-Fuel Operation
Natural gas, hydrogen, diesel, LPG, or biofuel — switch fuel source to match site infrastructure, cost targets, and your path to net zero with hydrogen-ready burners.
3–5% Ash Residue
Complete dual-chamber combustion at 850–1,200°C reduces waste volume by 95–97% — dramatically cutting disposal costs and landfill dependency.
Rapid Heat-Up
All LitBurn models reach full operating temperature within 30 minutes — minimising downtime between burns and maximising daily throughput capacity.
Robust Construction
8–12mm steel construction with high-temperature scratch-resistant paint, cool-touch cladding for operator safety, and Coretex refractory lining for thermal efficiency.
Smart Controls
IP6X rated PLC control panels with optional remote monitoring — providing real-time combustion data, emission logging, and predictive maintenance alerts.
Energy Recovery Options
Optional heat recovery, water pre-heating (70–95°C), waste heat to steam (2–10 bar), and electrical generation (3–15 kW) — turning waste destruction into an energy asset.
Your Incinerator
Pays You Back
Built-in heat recovery systems capture waste energy from incineration and redirect it back into your facility — cutting fuel costs and offsetting energy bills.
Waste Heat Becomes
Facility Energy.
Every LitBurn incinerator generates significant thermal energy during waste destruction. Instead of venting that heat to atmosphere, our integrated recovery systems capture it and redirect it back into your facility — pre-heating water, generating steam, producing electricity, or pre-drying incoming waste to halve fuel consumption. The incinerator becomes a net energy contributor rather than just a disposal cost.
Recovered exhaust heat generates hot water for site heating, wash-down systems, or process use — displacing dedicated gas-fired water heaters.
Waste heat boiler generates low-to-medium pressure steam for industrial processes, sterilisation, or supplementing existing boiler capacity.
Thermoelectric or micro-turbine modules convert waste heat to electricity — offsetting site power costs and improving overall energy efficiency.
Recovered heat pre-dries incoming waste before combustion — removing moisture halves fuel consumption and improves combustion efficiency.
Environmental
Waste
FAQs
Common questions about using our incinerators for environmental waste destruction.
Ready to
Incinerate?
Our engineering team specialises in environmental waste incineration. Tell us about your waste streams, throughput requirements, and compliance needs.
- Contaminated soil treatment
- Hazardous residue destruction
- Energy recovery configuration
- Compliance & permitting support