Recently, GNEE , a core supplier in the global industrial gas equipment sector, announced that the customized vpsa oxygen generator (Vacuum Pressure Swing Adsorption Oxygen Generator) developed for a large chemical industrial park in Houston, Texas, USA, has completed all factory inspections and packaging processes, and set sail from Yangshan Port in Shanghai. It is expected to arrive at the Port of Houston in the United States within 45 days and be officially delivered to the customer. The shipped vpsa oxygen plant is a flagship model tailor-made by GNEE for the North American market, marking the successful landing of GNEE's Vacuum Pressure Swing Adsorption Oxygen Systems in the high-end industrial gas equipment market in the United States, and laying a key foundation for GNEE to further deepen its presence in the North American industrial oxygen supply sector.
Houston, as the core hub of the U.S. energy and chemical industry, gathers dozens of world-leading chemical enterprises. Industrial production processes such as ethylene oxidation, ethylene oxide synthesis, and metal cutting and welding have stringent requirements for the continuous supply, stability, and energy efficiency of high-purity oxygen. Previously, the chemical industrial park mainly relied on bottled oxygen and liquid oxygen distribution from local gas suppliers. Affected by supply chain fluctuations, rising logistics costs, and safety risks of liquid oxygen storage, the production continuity and cost control of enterprises in the park faced significant challenges. To address this pain point, the park launched the "Localized Oxygen Generator Upgrade Project", screening oxygen generation equipment that meets U.S. UL safety certification, EPA environmental protection standards, and is compatible with the working conditions of the chemical industrial park from around the world. GNEE stood out among dozens of international competitors and became the final partner with its mature vpsa system for oxygen technology and customized solutions.
The core parameters of the equipment fully comply with U.S. industrial gas equipment specifications: the oxygen production capacity reaches 300Nm³/h, the oxygen purity is stably maintained at 99.2% (can be flexibly adjusted to 93%-99.5% according to production needs), and the unit oxygen energy consumption is only 0.28kWh/Nm³ O₂, far lower than the average level of 0.42kWh/Nm³ O₂ of similar equipment in the U.S. market.
In response to the high temperature and humidity climate in Houston in summer, GNEE optimized the cooling system and dehumidification module of the equipment to ensure that the equipment can operate stably at an ambient temperature of 35℃-40℃.
At the same time, the equipment is equipped with an intelligent monitoring system that complies with U.S. industrial internet standards, supporting remote data collection, fault early warning and parameter adjustment, and can be seamlessly connected to the park's intelligent management platform.
In addition, the vpsa oxygen plant adopts a fully modular design, with a single module size controlled at 4.5×2.2×2.9m, which adapts to the site layout requirements of U.S. chemical industrial parks and greatly reduces the on-site installation cycle and construction costs.
The successful shipment of Vacuum Pressure Swing Adsorption Oxygen Systems to Houston is an important milestone for GNEE to expand into the North American market. North America is a high-end market for global industrial gas equipment with extremely high requirements for equipment technical standards, environmental performance and after-sales service. The recognition of GNEE's vpsa system for oxygen by customers is not only due to the independent innovation of core technologies (such as high-efficiency molecular sieve regeneration process and intelligent energy consumption optimization algorithm), but also to the in-depth insight into the needs of the North American market. Compared with traditional PSA oxygen generators, VPSA series equipment reduces energy consumption by more than 35%, which meets the green industrial requirements under the U.S. "Clean Energy Plan", and the customized design capability can also adapt to the differentiated oxygen supply needs of different industries such as chemical industry, metallurgy and mining.
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