Traditional centrifugal pumps suffer from high energy consumption (accounting for 20%-25% of industrial electricity), frequent maintenance (annual costs up to 15% of equipment value), and large footprints, particularly in agriculture, municipal water supply, and industrial processes. The Yimai single stage end suction volute pump addresses these challenges with integrated volute...
The water sector grapples with high energy consumption (25%-30% of municipal operational costs), inefficient maintenance, and outdated infrastructure, hindering urban-rural water security and ecological progress. On April 17, 2025, the Hangzhou Urban Water Expo, hosted by the China Urban Water Supply and Drainage Association, launched at the Hangzhou International...
Traditional booster systems suffer from high energy consumption, pressure fluctuations (±0.2 MPa or more), and frequent maintenance, driving up operational costs and user complaints. These issues are particularly acute in high-rise buildings, aging community renovations, and industrial parks across China. The Yimai VFD controlled booster system addresses these challenges with...
In municipal sewage networks, industrial parks, and aging communities, traditional pumps often face clogging, corrosion, and high failure rates, driving up costs and environmental risks. The Yimai submersible sewage pump tackles these issues with clog-free design and corrosion-resistant materials, boosting drainage efficiency by 40% and reducing failures to below 2%—a...
In manufacturing, renewable energy, and HVAC systems, traditional induction motors—with low efficiency (typically IE2), high energy consumption, and frequent maintenance—hinder cost-saving and productivity. Our Yimai permanent magnetic electric motor addresses these challenges through rare-earth magnet technology and intelligent frequency control, achieving IE5 efficiency (30%+ energy savings) and a lifespan of...
In urban high-rises and community renovations, traditional pump rooms face challenges like excessive space requirements, noise pollution, and complex maintenance. The Yimai integrated room pump station redefines water supply with a compact footprint (only 1/4 of traditional setups), intelligent controls, and quiet operation (<45dB noise)—enabling fully integrated water systems that...
Traditional water plants face challenges like long construction periods (12-18 months), large footprints (3-5 times larger than modular designs), and high operational costs. The Yimai modular integrated water plant addresses these issues with standardized prefabrication, intelligent controls, and scalable designs—cutting construction time to 3-6 months, reducing land use by 60%,...
Amid urbanization and agricultural intensification, treating organic waste—such as food scraps, agricultural residues, and livestock manure—has become a critical challenge for environmental protection and resource recovery. Traditional methods like landfilling or incineration waste land, pollute ecosystems, and squander valuable organic matter. The Yimai organic waste treatment system addresses these issues through...
Amidst the stark reality of 1.3 billion tons of food wasted globally each year, conventional landfill methods exacerbate issues such as land occupation and methane emissions. The new generation of Yimai waste food treatment systems, through revolutionary integrated design, achieve efficient resource conversion within compact structures, profoundly transforming the...
In today’s health-conscious world, having immediate access to clean, safe drinking water is no longer a luxury but a necessity. Whether you’re in a bustling office, a modern home, or a public space, ensuring a reliable supply of direct drinking water can significantly enhance daily life and contribute to...