s a highly integrated carrier of gas solutions, gas equipment containers, with containers as the outer shell, organically integrate core equipment such as gas processing, transportation, and conversion with control systems, providing safe, efficient, and flexible services for fields such as energy supply, industrial production, and emergency support.
Diverse application scenarios:
Industrial production gas supply: It provides stable gas supply for industrial enterprises such as chemical plants, ceramic factories, and glass factories, replacing traditional coal-fired boilers and reducing carbon emissions. As a distributed energy station, it realizes cogeneration of heat and power to meet the electricity and heating demands of enterprises.
Urban gas emergency support: In cases of natural gas pipeline failures, peak gas consumption in winter, etc., it serves as a temporary gas source supplement to ensure the gas supply for residents' daily life. It is used in remote villages and towns without pipeline gas, providing mobile gas supply services.
Oil and gas fields: Collect and treat the associated gas generated during the oilfield exploitation process, and utilize it on-site through gas power generation or heating equipment to reduce resource waste and environmental pollution.
Distributed energy projects: Integrating with renewable energy sources such as photovoltaic and wind power to build a multi-energy complementary microgrid system. Gas equipment serves as a backup power source and is activated when the power generation from new energy sources is insufficient to ensure the stability of power supply.
Emergency rescue and special scenarios: After natural disasters such as earthquakes and floods, provide temporary gas supply to the affected areas to ensure the operation of emergency kitchens and heating equipment; It is used in special scenarios such as field exploration and military bases to meet the gas usage requirements.
