소개
그만큼 biogas steam boiler system is an efficient energy solution for paper mill wastewater treatment plants. 혐기성 소화에서 발생하는 바이오가스를 주연료로 활용, combined with 천연가스 as backup, 안정적인 증기를 생산하여 폐수탱크를 가열하고 최적의 운전온도를 유지하는 시스템입니다.. The biogas steam boiler system not only improves anaerobic treatment efficiency, but also helps paper mills reduce energy costs, lower carbon emissions, and achieve sustainable operation.
하지만, anaerobic digestion requires a stable and strictly controlled temperature environment. Even small temperature fluctuations can significantly affect microbial activity, biogas production, and effluent quality.
이 프로젝트에서는, a paper mill installed two 6 ton per hour gas-fired steam boilers, fueled by both biogas and natural gas, to supply reliable steam for heating wastewater tanks and maintaining optimal process temperature.
Why Steam Heating Is Essential in Paper Mill Wastewater Treatment
Anaerobic reactors used in paper mill wastewater treatment normally operate under:
- Mesophilic conditions: 35–38°C
- Thermophilic conditions: 50–55°C
Stable temperature directly determines COD removal efficiency, biogas yield, sludge activity, and overall system stability.
By using steam as the heat source, the system provides fast heat transfer, precise temperature control, continuous and uniform heating, and year-round stable operation.
Project Overview: 2 × 6 TPH Dual-Fuel Steam Boiler System
- Boiler type: Gas-fired steam boiler
- 용량: 2 × 6 톤/시간
- 연료: Biogas + 천연가스
- Steam application: Heating anaerobic wastewater tanks
- Operation mode: Fully automatic PLC control
Biogas generated from anaerobic reactors is used as the primary fuel, while natural gas serves as auxiliary and backup fuel to ensure continuous operation.
Complete Boiler System Configuration
1. High-Efficiency Dual-Fuel Burner
그만큼 연소기 is specially designed for biogas and natural gas mixed combustion, featuring automatic fuel switching, wide load adjustment, stable ignition, and low-NOx combustion design.
2. Deaerator and Deaerated Water Tank
The deaerator removes dissolved oxygen and carbon dioxide from feedwater, preventing corrosion and extending boiler service life. Hot deaerated water is stored and continuously supplied to the boilers.
3. Soft Water Treatment System and Soft Water Tank
The soft water system removes hardness from raw water, preventing scale formation. The soft water tank ensures stable water supply and buffering capacity.
4. Boiler Blowdown System (Continuous and Intermittent Blowdown)
Both continuous blowdown and intermittent blowdown systems are installed to control total dissolved solids and remove sediment, improving thermal efficiency and protecting boiler components.
5. Steam Header (Steam Distribution Manifold)
그만큼 steam header collects steam from both boilers and distributes it evenly to multiple heating zones, ensuring stable pressure and flexible system expansion.
6. Condensate Recovery and Feedwater System
Condensate is collected, filtered, and pumped back to the deaerator, reducing water consumption, fuel usage, 및 운영 비용.
Working Principle of the Biogas Steam Boiler System
- Wastewater enters anaerobic reactors.
- Organic matter is degraded, producing biogas.
- Biogas is purified and stored.
- Biogas and natural gas are supplied to the burners.
- Steam boilers generate saturated steam.
- Steam enters the steam header.
- Steam flows through heat exchangers or tank coils.
- Wastewater tanks are heated and kept at constant temperature.
- Condensate is recovered and reused.
Key Advantages of Biogas Steam Boiler System
- Energy recovery and operating cost reduction
- Stable anaerobic digestion performance
- Complete auxiliary equipment configuration
- Flexible dual-fuel operation
- Environmental protection and sustainability benefits
Typical Applications
- Paper mill anaerobic wastewater treatment plants
- High-COD industrial effluent projects
- Biogas energy recovery systems
- Industrial digester and tank heating
- Green factory energy upgrading projects
결론
그만큼 2 × 6 TPH biogas and natural gas steam boiler system provides a reliable and energy-efficient heating solution for paper mill wastewater treatment. With a complete set of auxiliary equipment, the system ensures stable operation, precise temperature control, and long-term safety.
This solution enables paper mills to maintain optimal anaerobic digestion conditions, enhance biogas recovery, and achieve both environmental compliance and economic benefits.
