Unlock unparalleled operational efficiency and lower maintenance costs.
Discover how our polishing filter transforms sulfuric acid production.
Optimized for liquid sulphur processing, our polishing filter effectively removes final contaminants such as filter aids and ashes that can clog the catalyst bed. By eliminating these solids, our filter reduces pollution in the waste heat boiler and prevents pressure buildup in the downstream converter of the acid plant. This results in lower maintenance costs and enhanced operational efficiency for your sulfuric acid plant.
Our Liquid Sulphur Polishing Filters utilize ceramic filter tubes made from aluminum oxide grains, known for high chemical resistance and a strong, uniform porous structure. Fine porous types with smooth surfaces are perfect for fine filtration, using backwash cleaning technology. Solids are retained on the exterior of the tubes, and the filter cake is efficiently removed by back blowing with steam.
Unlock unparalleled operational efficiency and lower maintenance costs.
Discover how our polishing filter transforms sulfuric acid production.
We embrace new technologies to revolutionize filtration plants, ensuring our clients benefit from the latest advancements.
With over 30 years of expertise in sulphur melting and filtration technology, we provide reliable solutions backed by a proven track record, ensuring excellence and trust in every project we undertake.
We are committed to reducing production costs, improving quality, and enhancing safety and environmental performance for our clients worldwide.
We specialize in custom filtration systems tailored to each client’s unique needs, ensuring optimal performance and seamless integration.
One hour free consultancy with one of our engineers, via Skype or phone, to answer all your questions about filtration systems, process design, sulphur filtration and how to improve all of them. Book here!
Specializing in the design and manufacturing of liquid sulphur melting and purification plants, Sulphurnet delivers complete solutions from front-end engineering design to manufacturing and start-up. Central to every liquid sulphur filtration plant is our advanced liquid sulphur filter, which removes impurities to produce bright, high-quality sulphur for industrial use.
Proper filtration is crucial for the efficiency and performance of amine systems. Sulphurnet’s advanced filtration solutions ensure cleaner amine, enhancing system operation by effectively removing contaminants such as solids, liquid hydrocarbons, and heat stable salts. Our systems prevent amine foaming, reduce corrosion and fouling, and maintain amine efficiency and plant capacity.
Sulphurnet provides comprehensive filtration solutions for various stages of oil processing, including crude oil, miscella, bleaching, winterizing, deodorized oil, and polishing filtration. Our systems aim to remove undesirable particles and maintain oil quality, all while minimizing labor costs and product losses.
Sulphurnet offers highly automated filtration solutions tailored for the mining industry. Our advanced systems enhance the recovery of valuable fine metals from waste streams through thickening filtration, while also managing demanding applications involving corrosive chemicals.
Sulphurnet offers specialized filtration solutions for producing clean, saturated brine solutions. Our concentration-based filtration process achieves high flow rates and effective retention of micron-sized particles. These compact units are designed to handle various flow rates and aggressive media, providing excellent chemical resistance, minimal product loss, and brilliant filtrate clarity.
In the Chemical Process Industry, Sulphurnet addresses a wide range of filtration applications with diverse designs and sizes of equipment. We provide expert recommendations based on experience and filtration tests to design suitable filtration solutions. Our process design, combined with the appropriate filter media and systems, ensures effective and reliable performance to meet your specific process requirements.