FLSmidth Shriver® filter press products

FLSmidth Shriver® filter presses lead the way Applications • Minerals & hydrometallurgical • Hazardous and metallic wastes • Pharmaceuticals, chemical and petrochemical products • Pigments and dyes • Precious metals • Ore processing • Coal dewatering • Water treatment • Biological sludges • Clarification of liquid • Oilfield muds • Food products and juices FLSmidth’s latest Shriver® “FB” cost-effective filter press designs offer: • Easy operation and maintenance • Safe pneumatically or electrically operated controls • Complete corrosion resistance • Minimum weight and space requirements • Maximum...

FLSmidth Shriver® filter press skeleton configurations Overhead Beam Filter Sidebar Filter Low Cost Easier access to shifter components for maintenance Lower overall height profile Lighter weight Overhead beam Full view and access to plates Plate removal from side or top of filter Higher dimensional stability due to four point sidebar contact Lower theoretical side bar stresses Shifter components not subject to process contamination Larger number of plates per filter Impaired view and access to plates Higher theoretical side bar stresses Less dimensional stability due to only two point sidebar...

Shriver plate types, materials, porting arrangements & plate shifter designs Either typical or unique applications can obtain the most cost-effective plate stack from an almost endless array of Shriver combinations. Normally, polypropylene construction, using a recessed or CGR (Caulked, Gasketed and Recessed) plate will satisfy the requirements of most applications. But if you have a special situation, FLSmidth can offer any of four plate types, many materials of construction, open or closed discharge with either center or corner feed, and numerous special porting arrangements for cake washing,...

Types of Shriver® filter plate shifters Double-acting cylinder (Hydrashift ) High-speed, cost-effective shifting for plate stacks up to 100 CHMB Manual Assist — one man can do the work of two — up to M1200 size ALP™ (Automatic Large Plate) Full automated shuttle shifter for very large plates or very long plate stacks — overhead beam or side bar filter designs Options to suit the application Often the design of the plate shifter is directly responsible for the operational efficiency of the filter press. No single shifter design can be effective for every application. Consequently, FLSmidth offers...

FLSmidth leading the way with Shriver closing mechanisms For all applications Whether you require a “standard” 100 PSI feed pressure, a 225 PSI high pressure, or a special design, FLSmidth has the Shriver closing device suitable for the application. FLSmidth has built Shriver closing mechanisms for most pressures in a variety of styles. From manual operation to highly complex automatic operation with sophisticated safety features. FLSmidth’s Shriver standard sidebar filter press models use an air-oil hydraulic system for the double-acting (oil to open + oil to close) cylinder closing mechanism....

Features, options and service Features, options and service Not all aspects of Shriver® Filter Presses can be adequately depicted in a single brochure, nor can all performance and sizing data be tabulated. However, to present some approximation of the capability of FLSmidth’s Shriver presses, information has been compiled and listed on the following page. Please do not use this data for construction purposes, it is only intended for estimating. Contact your local Shriver filter press representative at an FLSmidth office near you. You will be provided with the exact data that you require from...

Typical Maximum Cake Volume Sidebar Designs Overhead Designs Filter Area per Chamber* (M2 / Ft2) Nominal Plate Dimensions (mm / inches) * Nominal filtration areas and volumes are stated and will vary depending on selected cake thickness & final plate specifications for the application. Total Feed Volume (GAL) x Solids Conc. (WT%) x Slurry S.G. x 8.34 Filter Press Volume (Cubic Feet) == Filter Press Volume (Cubic Meters) == Density of Wet Cake (LB/FT3) x Cake Solids Conc. (WT%) Total Feed Volume (Cubic Meters) X Solids Conc. (WT%) X Slurry SG Density of Wet Cake (MT/CuM) X Cake Solids Conc (WT%)...