Biomass Energy

1. Industry Demand

Biomass energy production includes boiler feedwater preheating, biogas purification heat exchange and biodiesel cooling. It features dust-fouled flue gas, corrosive biogas components and perishable bio-oil media. Heat exchangers require outstanding energy-saving performance, corrosion resistance and anti-clogging capability to realize waste heat recovery, stable process temperature control, emission reduction and efficient clean utilization of biomass energy.

2. Core Working Stations

Core scenarios cover biomass boiler flue gas waste heat recovery and feedwater preheating, constant-temperature heat exchange for biogas purification, biodiesel cooling for storage and transportation, and heavy-duty condition heat reinforcement. Serving the full biomass industrial chain, it achieves energy conservation, stable product quality and low-carbon production.

3. Core Equipment

1. Nexson GreenSpiral Spiral Heat Exchanger: Flagship biomass equipment, anti-fouling and high-efficiency in flue gas waste heat recovery, effectively reducing biomass fuel consumption and adapting to compact boiler layout; 2. Thermowave Thermoline Semi-Welded Heat Exchanger: Dedicated for biogas purification, corrosion-resistant and maintainable, stabilizing process temperature and improving biogas purity and resource utilization; 3. Nexson GreenBox Fully Welded Heat Exchanger: Core equipment for biodiesel production, leak-free and medium-resistant, precisely cooling bio-oil to avoid oxidation deterioration and stabilize product quality; 4. Nexson GreenP&S Plate-and-Shell Heat Exchanger: Auxiliary equipment for extreme heavy-duty scenarios, pressure and corrosion resistant, providing reliable operational protection for full-load and high-pressure biomass production.