Managing volatile organic compound (VOCs) emissions has long been an industry pain point. Given the wide variety of VOCs, dispersed emission sources, and differing site conditions, there is no one-size-fits-all recovery process. Confronted with increasingly stringent domestic environmental standards, Sino-Hypro has abandoned the traditional, simplistic incineration model. Instead, grounded in fundamental chemical engineering theories and continuous iterations through self-developed engineering experiments, the company delivers customised solutions tailored to specific gas characteristics and site conditions. Its proprietary "milligram-level (mg-level) gas recovery technology" is centered on pure physical recovery, generally achieving a recovery rate of over 99.95%. This ensures that tail gas emissions meet mg-level compliance standards without generating additional carbon emissions. Furthermore, Sino-Hypro's latest R&D technology successfully reduces non-methane total hydrocarbon concentrations in the tail gas below 60mg/m³ and benzene series compounds below 2mg/m³, demonstrating outstanding synergistic environmental and economic benefits.
Managing volatile organic compound (VOCs) emissions has long been an industry pain point. Given the wide variety of VOCs, dispersed emission sources, and differing site conditions, there is no one-size-fits-all recovery process. Confronted with increasingly stringent domestic environmental standards, Sino-Hypro has abandoned the traditional, simplistic incineration model. Instead, grounded in fundamental chemical engineering theories and continuous iterations through self-developed engineering experiments, the company delivers customised solutions tailored to specific gas characteristics and site conditions. Its proprietary "milligram-level (mg-level) gas recovery technology" is centered on pure physical recovery, generally achieving a recovery rate of over 99.95%. This ensures that tail gas emissions meet mg-level compliance standards without generating additional carbon emissions. Furthermore, Sino-Hypro's latest R&D technology successfully reduces non-methane total hydrocarbon concentrations in the tail gas below 60mg/m³ and benzene series compounds below 2mg/m³, demonstrating outstanding synergistic environmental and economic benefits.
