As the core sector for carbon emissions and energy consumption, the energy industry demands integrated approaches. We focus on biomass utilization, traditional energy retrofitting, and pollutant control, providing a "Energy Saving + Pollution Control + Clean Energy Substitution" comprehensive solution to drive green transformation and achieve "Dual Carbon" goals.

Biomass Energy Resource Utilization

We promote biomass solid waste boilers using agricultural/forestry residues and industrial solid waste as fuel to replace fossil fuels. Integrated with RDF (Refuse-Derived Fuel) processing, the system performs crushing, sorting, and iron removal to eliminate impurities. This boosts fuel heating value to 4,000–5,000 kcal/kg, ensuring boiler efficiency while solving solid waste disposal challenges.

Energy Production Retrofitting

By optimizing steam turbine islands, boiler auxiliaries, and pressure vessels, we enhance energy conversion rates. Our waste heat recovery technology captures heat from flue gas and equipment for feedwater or air preheating. This achieves a cascaded energy use, reducing exhaust temperatures and boosting heat recovery efficiency by over 40%.

Flue Gas & Pollutant Advanced Treatment

We apply desulfurization and denitrification technologies combined with high-efficiency ceramic filter tubes. For biomass or coal-fired boilers, we achieve treatment efficiencies of ≥98% (SOx) and ≥95% (NOx), with dust concentrations <5mg/m³, meeting ultra-low emission standards across all waste gas streams.

Energy Utilization Optimization

We provide energy-saving diagnostics to minimize heat and power losses during transmission. By integrating biomass and solar power, we help enterprises optimize their energy structure and reduce reliance on fossil fuels for low-carbon development.