Group news Industry information
2026-08-31
High-moisture industrial oil is a common and stubborn problem in hydraulic systems, lubrication stations, and industrial circulating fluid systems. Long-term equipment operation, environmental humidity penetration, seal failure and cooling water leakage often lead to severe moisture invasion, forming high-moisture oil mixed with free water, emulsified water and dissolved water. This damp oil condition causes oil emulsification, reduced lubrication performance, increased acid value and sludge accumulation, which seriously affect the stable operation of mechanical equipment.
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Complete RO water treatment systems rely on standardized pretreatment processes to stabilize raw water quality and shield core membrane elements from inlet contamination. Untreated raw water commonly carries suspended sediments, fine colloids, organic debris, particulate impurities and residual turbidity substances. Without effective pretreatment filtration, these pollutants directly enter the RO system, easily causing surface fouling, pore blockage and scaling accumulation on precision membrane layers.
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Modern industrial water treatment and wastewater reuse projects face increasingly complex and variable water conditions, including fluctuating turbidity, variable organic loads, mixed scaling ions, intermittent microbial contamination and unstable TDS levels.
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Mostindustrialwaterreuse,municipalwatersupplyandrawwatertreatmentprojectsconsistentlyoperatewithcomp
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Industrial and municipal water treatment systems frequently encounter variable inlet water conditions, including fluctuating turbidity, unstable salinity, shifting organic content and intermittent pollutant surges. These unpredictable water quality changes place tremendous strain on conventional RO membranes, which feature fixed pore rigidity, weak structural tolerance and poor adaptive filtration performance.
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Seawater reverse osmosis (SWRO) desalination operates under some of the most rigorous water treatment conditions, where raw seawater carries high salinity, abundant suspended sediments, organic marine impurities, microbial colonies and scaling ions.
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High-salinity feed water is commonly found in seawater desalination, brackish water treatment, industrial wastewater reuse and coastal water supply projects, featuring high dissolved salt content, strong osmotic pressure and complex ion composition.
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Industrial and municipal water treatment systems often face harsh inlet water conditions characterized by high turbidity, dense suspended solids, rich organic contaminants and fluctuating water quality. These severe inlet environments pose critical challenges to standard reverse osmosis systems, as conventional RO membranes feature single pore structure, weak surface stability and poor pollution resistance. When exposed to persistent harsh water impact, ordinary membrane elements are prone to rapid surface fouling, pore blockage and flux attenuation, resulting in declining water yield, unstable water production capacity and frequent performance failures.
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High-turbidity raw water sourced from rivers, lakes, reservoir water and untreated surface water poses one of the most severe and persistent challenges for conventional reverse osmosis water treatment systems. This type of raw water carries massive suspended solids, fine colloidal particles, organic debris and mixed sediments, resulting in elevated turbidity and SDI (Silt Density Index) values that far exceed standard RO feed water requirements.
VIEW MORE +2026-08-28
Power transformers are core equipment in power transmission and distribution systems, relying entirely on qualified insulating oil for insulation protection, heat dissipation and arc suppression.
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