Hangzhou Linuo Mechanical Equipment Co., Ltd. has been deeply engaged in the clean energy sector for many years, focusing on green energy sources such as natural gas, biogas, and biomass. The company specializes in the research, development, and manufacturing of complete sets of equipment for gas dehydration, decarbonization, and purification—covering the entire process from extraction and purification to transportation and utilization. Leveraging its extensive experience in implementing domestic and international clean energy projects, the company has addressed industry challenges—including high impurity levels, elevated moisture content, significant operational fluctuations, and complex outdoor operating conditions—by developing highly adaptable, exceptionally stable, explosion‑proof, and energy‑efficient solutions. These solutions are widely deployed in key national energy infrastructure projects and in clean energy development initiatives across numerous countries, supporting the clean transformation of conventional energy sources and the large‑scale expansion of biomass energy.

In the field of clean natural gas infrastructure, the company boasts robust capabilities to deliver large-scale projects across diverse applications, including long-distance transmission networks, urban gas distribution, and industrial gas supply. It has successfully undertaken a major natural gas dehydration project in Jilin Province. As a clean fossil fuel, natural gas poses significant safety risks during long-distance transport—moisture and impurities can lead to pipeline corrosion, valve blockages, and winter freeze‑ups—directly compromising the stability and service life of the gas network. The company’s advanced molecular sieve dehydration units for natural gas effectively remove free water, saturated water, and solid particulates, precisely controlling the dew point of the gas stream and mitigating operational risks at the source. This ensures the reliable, safe, and efficient year-round operation of long-distance natural gas pipelines.

In the field of biomass‑based clean energy, the company focuses on the efficient, resource‑oriented utilization of biogas and has successfully implemented a flagship biogas dehydration project in Weifang. As a renewable biomass‑derived clean energy source, raw biogas typically contains high moisture content, abundant particulate impurities, and is both flammable and explosive; it also harbors corrosive components, placing extremely stringent demands on equipment for explosion protection, corrosion resistance, and purification accuracy. To address these challenges, the company has custom‑designed explosion‑proof cryogenic drying units tailored to the unique operating conditions of biogas, enabling highly effective removal of water vapor and contaminants. This enhances biogas purity and combustion efficiency, reduces wear and failure rates in downstream power generation units and purification systems, and facilitates the resource‑oriented utilization of biomass waste. Such solutions align with national policies promoting green, low‑carbon, energy‑saving, and environmentally friendly development, while supporting the construction of regional clean‑energy infrastructure.

The company has been deeply engaged in the clean energy sector in overseas markets for many years, possessing mature capabilities in cross-border project delivery and local adaptation. It can seamlessly accommodate the diverse climatic conditions, gas‑source characteristics, industry certification standards, and construction environments of different countries. The company has successfully implemented several key overseas clean energy projects, including natural gas dehydration facilities in Tanzania and carbon‑removal systems in Indonesia. Tailored to the specific needs of each project site, it offers customized integrated solutions for dehydration, decarbonization, and dust removal, providing end-to-end, one‑stop services that span conceptual design, equipment manufacturing, cross‑border logistics, installation and commissioning, as well as after‑sales maintenance and operations. Today, the company’s clean energy equipment is deployed across more than 50 countries and regions worldwide, earning widespread recognition from energy enterprises both domestically and internationally thanks to its consistent product quality and comprehensive engineering support.

Leveraging a specialized product portfolio, extensive experience in adapting to complex operating conditions, and proven capabilities in executing projects both domestically and internationally, the company continues to deliver cost-effective, highly reliable turnkey gas‑processing systems for applications ranging from natural gas and biomass energy to overseas clean‑energy development, thereby supporting the efficient, safe, and environmentally sustainable growth of the clean‑energy sector.