Vacuum belt filters for solid-liquid separation

Ensure high-efficiency solid-liquid separation and maximize filtrate recovery with continuous vacuum belt filtration. Ideal for processes requiring precise cake drying and washing, this system offers industry-leading performance and adaptability for various applications.

Separates and Dries Solid-Liquid Mixtures Continuously

The PHILIPPE Vacuum Belt Filter from HASLER Group is engineered for efficient solid-liquid separation across various industries, including fertilizer production, hydrometallurgy, and chemical processing. This continuous filtration system leverages a vacuum-driven process to ensure high-efficiency cake drying and filtrate recovery, catering to applications ranging from ammonium nitrate fertilizers to refined bauxite.

Using an endless belt system with patented edges, it facilitates superior containment and thorough separation under gravity and vacuum forces. The system supports diverse process requirements through customizable washing zones and is designed to achieve over 98% filtrate recovery, depending on the material.

Operational throughput varies with configurations up to 200 m² and is enhanced by integrated PLC controls allowing precise adjustments and remote monitoring. The equipment is optimized for energy efficiency with optional recirculation systems that minimize water usage. Constructed from stainless steel and other durable materials, it offers resilience against corrosive and abrasive substances.

The PHILIPPE filter meets CE standards, emphasizing safety and compliance. Its design includes features like an easy-access pneumatic vacuum box, automatic cloth guidance, and tensioning systems, reducing downtime and ensuring seamless integration into existing production lines. For maintenance, the system is equipped with a tilting vacuum box for straightforward access and cleaning, supporting high-pressure and ultrasonic washing. HASLER Group offers extensive customization and engineering support to tailor the filter to specific processes and product requirements.

Benefits

  • Achieves over 98% filtrate recovery, improving material utilization.
  • Reduces water consumption through advanced recirculation and precise washing zones.
  • Ensures safe operation with CE-compliant safety features and remote monitoring capabilities.
  • Adapts to corrosive environments with robust, corrosion-resistant materials.
  • Minimizes maintenance downtime with easy-access design for efficient cleaning and adjustments.

General


Applications
Polymers,Hydrometallurgy,Pharmaceuticals,Water treatment,Fertilisers,Metals recycling,Chemical industry products,Minerals processing,Amino,Technical ceramics,Specialty acids,Resins,Petroleum products,Pulp,Flue gas desulphurization,Metallurgical products,Cement
End products
Refined crude oil,Cellulose pulp,Refined bauxite,Recycled aluminum,Ammonium nitrate fertilizers,Polyethylene resins,Gypsum boards,Polyamide fibers,Acetic acid solutions,Treated wastewater,Zinc ingots,Refined nickel,Aspartame sweetener,Desulfurized flue gas,Penicillin antibiotics,Alumina ceramics
Steps before
Slurry Preparation,Grinding,Mixing
Steps after
Cake Drying,Filtrate Recovery,Packaging
Input ingredients
vine residue,gypsum,barium,barite,aragonite,andalusite,ammonium,bauxite,activated carbon,alginates,inulin,cobalt,aluminium,jarosite,indium,nickel,zinc,silver,oil sands,uranium,uranate,colloidal silica,phosphogypsum,furfural,calcium sulfate,copper oxychloride,rare earth oxalates,nitrocellulose,glutamate,enzymes,citric acid,boric acid,aspartame,alkalis,acetic acid,soda ash,zeolite,tartaric acid,stearic acid,sodium dichromate,pentaerythritol,methionine,hydrazine hydrochloride,glycoluril,gas desulfurisation,gallic acid,phosphoric acid,animal feed,threonine,potassium,phosphate,sylvinite,magnesium,pulp
Output ingredients
solids,liquids,cake
Market info
HASLER Group is known for manufacturing and supplying industrial engineered-to-order (ETO) equipment, specializing in mixing, filtration, and sealing solutions for various industries, with a reputation for quality and innovation in handling challenging process applications.

Technical Specifications


Filtration system
Continuous vacuum belt filtration
Cake drying efficiency
High level
Filtrate recovery efficiency
In excess of 98%
Size range
0.1 m² to 200 m²
Operational availability
Over 98%
Automation
Industry 4.0-driven control
Water savings
Optimized cloth washing system
Material selection
Corrosion and abrasion resistant
Automation level
Smart measurement sensors
Maintenance accessibility
Easy access for cleaning and adjustment
Cleaning method
High-pressure wash,ultrasonic nozzle
Support system
Water-lubricated belt system
Cloth guidance and tensioning
Automatic
Drums material
Rubberized with steel shaft
Filter cloth tensioning system
Pneumatically driven
Optional features
High-pressure wash/ultrasonic wash
Filter belt support
Belt or roller system

Operating Characteristics


Operating rate
In excess of 98%
Vacuum mechanism
Continuous vacuum belt filtration
Automation level
Fully controlled via smart sensors
Water savings method
Filter cloth washing systems,recirculated water
Safety features
Protected with grids and emergency stop cables
Cleaning method
Automatic filter cloth tensioning and guidance
Cake washing efficiency
Multiple washing zones,counter-courant washing

Material Compatibility


Abrasion resistance
High
Corrosive resistance (e.g. acids)
Selective (dependent on material)
Density/particle size
0.5–2.5 g/cm³
Cleanability
Easy to clean

Physical Characteristics


Machine footprint
0.1 m² to 200 m²
Discharge method
Automatic / Manual
Belt support system
Flat belt / Roller system
Belt material
Custom-grooved rubber
Filter cloth type
Automatic tensioning and guidance
Frame material
Flat cut sheet metal / Structural steel
Vacuum box accessibility
Pneumatic tilting (omega profile)
Drum material
Rubberised with one-piece steel shaft
Sliding strips material
High-density polyethylene (HDPE)
Belt edge type
Patented belt edges

Custom Options


Control Panel Type
Smart Measurement Sensors,PLC
Integration Possibilities
SCADA Systems
Belt Size
0.1 m² to 200 m²
Material Selection for Corrosive/Abrasive Environment
316L and 904L Steel