Chemical & Pharmaceutical Industry
Filtration systems in the chemical and pharmaceutical industries must meet exceptional standards for chemical resistance and product purity. MSE delivers highly durable and safe filtration technologies designed to meet the unique demands of these industries.
Applications Include:
- Alumina/Hydroxide Processing
- Oxides (Titanium, Iron, Zinc)
- Vanadium Processing
- Hydrothermal Carbonization (HTC)
- Pigments
- Tin Refinement
Environmental & Wastewater Treatment
Efficient solid-liquid separation is essential for reducing waste disposal costs and minimizing environmental impact. MSE provides specialized membrane filter presses designed to achieve high dewatering efficiency for municipal and industrial wastewater treatment.
Applications Include:
- Drinking Water Treatment
- Municipal & Industrial Wastewater
- Groundwater Remediation
- Waste Incineration & Ash Treatment
Battery Production & Recycling
MSE filter presses play a crucial role in the battery manufacturing and recycling sectors, ensuring high-precision separation of valuable materials. Our systems are engineered for maximum material recovery and process stability.
Applications Include:
- Lithium Brine & Lithium Ore Processing
- Cobalt Compound Recovery
- Manganese Processing
- Electrolyte Filtration
- Nickel Processing
- Battery Component Recycling
Mining, Minerals & Metallurgy
MSE filter presses are engineered for the mining, mineral, and metallurgical industries, where high-performance solid-liquid separation and optimized dewatering are critical. Our heavy-duty filtration solutions are designed for maximum durability and efficiency.
Applications Include:
- Construction Material Recycling
- Bentonite Filtration
- Lime & Chalk Production
- Bauxite Processing
- Iron, Lithium, & Zinc Ore Processing
- Quartz Sand Filtration
Sand, Tailings & Metallurgy
• Tailings Treatment: Used for dewatering sand and aggregate tailings, reducing environmental pressure on tailings storage facilities.
• Metallurgical Slag Treatment: Processes solid waste from metallurgical operations, achieving slag-water separation and resource recovery.
Chemical and Dyeing Industry
• Wastewater Treatment: Treats chemical and dyeing wastewater by removing solid particles and harmful substances.
• Material Filtration: Used for filtering chemical raw materials and dyeing auxiliaries to improve product quality.
Municipal Sludge Treatment
• River Dredging: Used in municipal river dredging projects for efficient sludge dewatering, reducing sludge volume.
• Wastewater Treatment Plants: Processes municipal sludge to lower water content, achieving sludge reduction and resource utilization.
Lithium Battery New Energy
• Lithium Iron Phosphate & Lithium Carbonate Production: Used for solid-liquid separation in lithium battery material production, enhancing efficiency and product quality.
• Battery Recycling: Processes solid waste from used batteries, enabling resource recovery and reuse.
