1. 化害為利，環保又經濟

1. Turning harm into benefit, environmental protection and economy

瓦斯的主要成分甲烷是一種強效的溫室氣體，其溫室效應是二氧化碳的 21 倍。將瓦斯用于發電，不僅可以減少甲烷的排放，降低對環境的危害，還可以替代部分傳統的化石能源，如煤炭、石油等，從而減少二氧化碳等污染物的排放。

The main component of gas, methane, is a potent greenhouse gas with a greenhouse effect 21 times that of carbon dioxide. Using gas for power generation can not only reduce methane emissions and minimize environmental harm, but also replace some traditional fossil fuels such as coal and oil, thereby reducing emissions of pollutants such as carbon dioxide.

以一個中等規模的煤礦為例，如果每天能夠收集并利用 10 萬立方米的瓦斯進行發電，那么每年可以減少甲烷排放約 3650 萬立方米，相當于減少二氧化碳排放約 7.6 萬噸。同時，這些瓦斯發電產生的電量可以滿足約 1.5 萬戶家庭的日常用電需求，具有顯著的經濟效益和環保效益。

Taking a medium-sized coal mine as an example, if 100000 cubic meters of gas can be collected and utilized for power generation every day, it can reduce methane emissions by about 36.5 million cubic meters per year, equivalent to reducing carbon dioxide emissions by about 76000 tons. At the same time, the electricity generated by these gas power plants can meet the daily electricity needs of about 15000 households, with significant economic and environmental benefits.

2. 資源利用，降低成本

2. Resource utilization and cost reduction

對于煤礦、垃圾填埋場等瓦斯產生源來說，瓦斯的排放不僅需要投入大量的資金進行治理，還存在一定的安全隱患。而利用瓦斯發電則可以將這些原本需要治理的氣體轉化為寶貴的能源，從而降低企業的運營成本。

For gas sources such as coal mines and landfills, the emission of gas not only requires a significant investment in remediation, but also poses certain safety hazards. And using gas power generation can convert these gases that originally needed to be treated into valuable energy, thereby reducing the operating costs of enterprises.

以垃圾填埋場為例，填埋氣的收集和處理需要建設復雜的管網和處理設施，成本較高。而利用填埋氣發電，不僅可以回收能源，還可以減少填埋氣對環境的污染，同時獲得一定的經濟效益。

Taking landfill sites as an example, the collection and treatment of landfill gas require the construction of complex pipelines and treatment facilities, resulting in high costs. By utilizing landfill gas for power generation, not only can energy be recovered, but the pollution caused by landfill gas to the environment can also be reduced, while obtaining certain economic benefits.

3. 靈活適配，應用廣泛

3. Flexible adaptation and wide application

瓦斯發電機組具有很強的適應性，可以根據不同的瓦斯成分、壓力和流量進行調整和優化。無論是高濃度的瓦斯還是低濃度的瓦斯，無論是穩定的氣源還是波動的氣源，瓦斯發電機組都能夠高效穩定地運行。

Gas generator sets have strong adaptability and can be adjusted and optimized according to different gas compositions, pressures, and flow rates. Whether it is high concentration gas or low concentration gas, whether it is a stable gas source or a fluctuating gas source, gas generators can operate efficiently and stably.

例如，在煤礦中，瓦斯的濃度通常在 5% - 60% 之間波動，瓦斯發電機組可以通過自動調節系統，根據瓦斯濃度的變化實時調整進氣量和燃燒參數，確保發動機的穩定運行。在垃圾填埋場，填埋氣的成分復雜，含有大量的雜質和水分，瓦斯發電機組可以通過預處理系統對填埋氣進行凈化和干燥處理，確保發動機的正常運行。

For example, in coal mines, the concentration of gas usually fluctuates between 5% and 60%. Gas generators can adjust the intake and combustion parameters in real time according to the changes in gas concentration through an automatic adjustment system to ensure the stable operation of the engine. In landfills, the composition of landfill gas is complex, containing a large amount of impurities and moisture. Gas generators can purify and dry the landfill gas through a pre-treatment system to ensure the normal operation of the engine.

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