Vacuum System CC: Process-Water System For Water-Ring Vacuum Pumps
Evaluate the CC system from vacuum-pump water demand, water quality, heat load, treatment duty, fresh-water reduction and plant integration—not from a generic sustainability claim.
Designed as a process-support component for MAS recycling and extrusion lines, the Vacuum System CC brings water supply and treatment together in one compact solution for dependable vacuum-pump operation.
Why Vacuum System CC?
The CC system supplies and treats process water for connected water-ring vacuum pumps. Its benefit depends on pump duty, contamination entering the water, cooling/heat rejection, water quality, local discharge rules and existing utilities.
Best Suited For:
Efficient Process-Water Management In One System
The Vacuum System CC unites two functions that are usually handled separately: targeted process-water supply and integrated process-water treatment.
Targeted supply ensures that connected water ring vacuum pumps receive the water they need for dependable operation, supporting consistent operating conditions across the line.
Integrated treatment recirculates and conditions the process water, reducing the volume of fresh water required and supporting more resource-conserving, sustainable plant operation.
How The Vacuum System CC Works
The Vacuum System CC brings process-water supply and treatment together into one integrated support solution for connected water ring vacuum pumps.
Targeted Process-Water Supply
Delivers a reliable, targeted water supply to connected water ring vacuum pumps to support dependable, continuous operation.
Integrated Water Treatment
Conditions and recirculates process water within the system, reducing the volume of fresh water required for pump operation.
Resource-Conserving Operation
Lower fresh-water consumption supports sustainable, resource-efficient recycling and extrusion processes across the plant.
Key Advantages
- Reliable, targeted process-water supply for connected water ring vacuum pumps
- Integrated process-water treatment in a single compact system
- Reduced fresh-water demand for lower resource consumption
- Sustainable, resource-conserving operation
- Process stability support through consistent operating conditions
- Integrates into the wider MAS recycling and extrusion process environment
Built For Reliable Vacuum-Pump Support
The Vacuum System CC is positioned as a process-support component for water ring vacuum pumps used across MAS recycling and extrusion lines, including venting and degassing applications where vacuum performance is critical to output quality.
Where reliable water supply, reduced fresh-water consumption and stable process conditions matter to the operating case, the Vacuum System CC delivers dependable process-water management in one integrated solution.
What Our Customers Say
The conical shape is very advantageous when melting the material, where with little shear and very short dwell time, the material is damaged as little as possible.
Arjan Van Kempen, CEO – Cumapol (NL)
We always have to try to buy as good as possible to produce top quality regranulate. And we do that with the technology we bought from MAS.
Peter Daalder, CEO – Daly Plastics (NL)
The Twin Screw Extruder from MAS is an engineering feat in the field of plastics recycling.
Wilson Pandhika, Director – PANERA Group
Related Technologies
Twin-Screw Extruder
Recycling-focused extrusion technology for degassing, homogenization, energy efficiency and output quality.
Venting Extruder TA
Patented venting extruder that uses a vacuum system to degas melt, removing liquid, air and impurities for higher pellet quality.
CDF Melt Filtration
Melt filtration technology for removing contaminants from polymer melt during production.
DRD Dry Cleaning
Water-free cleaning and drying technology for material preparation before extrusion.
Complete Recycling Lines
Complete recycling lines designed to efficiently process, sort, shred, wash and recover recyclable materials into reusable raw material.
Engineering Support Throughout Your Project
Send pump models, vacuum duty, current water use, water analysis, operating hours, utility limits and site rules. MAS can compare CC with plant-loop and alternative-vacuum options.
