Process filters used to capture 99.9% of catalysts in various chemical processes. Mott’s 3 liquid filter technologies are specifically designed to capture 99+% catalyst either for recycling or reclamation while achieving excellent filtrate quality. The Mott HyPulse® LSI can be designed for a variety of clean in place backwashes ranging from discharge of an approximate 15 wt. % slurry to an approximate 50 wt.% wet cake. For applications with significant submicron particles, the HyPulse® LSX cross flow filter achieves less than 50 ppm filtrate quality without worry of blinding media with small catalyst particles. For applications with dense particles such as Raney Nickel, the HyPulse® LSM gives the best of both worlds, allowing for a configurable filtration and backwash operation while taking advantage of the natural high particle density with gravity settling, handling high solids loading streams. All three technologies are designed to specific process conditions, can handle operating temperatures up to 1700°F, high operating pressure and challenging corrosive environments.
- Palladium Recovery
- Platinum Recovery
- Rhodium Recovery
- Nickel Recovery
Mott sintered porous metal media overview of features and benefits for high filtration efficiency, structural integrity, uniform porosity, and application considerations.
Filter elements for process filter vessels. High temperature and corrosion resistance
Process Filtration Design Process. Filter Feasibility, Pilot Testing, Engineering Design, Filter System Fabrication, Operational Support
Rapid Prototyping, SEM/EDS Analysis, Cleanliness Testing, Quantitative Chemical Analysis, Filtration Performance and Feasibility Testing, Mechanical Properties Testing, Media Characterization, Failure Analysis and Lifecycle Testing, Metallography
Overview brochure on Mott markets served, applications, products, materials, and engineering capabilities
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