Vacuum solutions and systems tailor-made for your application

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Beer bottling vacuum system

Minimal to no water consumption
Lower energy consumption - energy savings of more than 20% on average compared to water ring pumps
Better and more stable bottling pressures — reduces CO2 consumption and results in increased shelf life
Reduced maintenance through a simple drive concept
Dry compressing screw technology offers high robustness handling water vapor and liquid droplets
Longest uptime due to no risk of cavitation and minimized need for internal cleaning due to our low rotor temperature profile
Increased food safety through CIP of complete vacuum system including the vacuum pump

Vacuum systems for efficient steel degassing
Highest vacuum up-times via high redundancy
Easy to install - on-site installation available
Minor pressure increases only in the event that one module or one pump is of
Users can perform their own service, and single pumps can be changed out in a short time
Low energy consumption via optimized system design
Minimal space requirements
Easy expansion and extension
In the event of a pump failure for multi-module installations, only one module is switched of, and the remaining modules finish the process!

Exchange of steam ejector vacuum pumps to dry mechanical vacuum pumps
Complete turnkey projects incl. erection and commissioning
Cyclone, gas cooler and filter designed for maximum efficiency and reliability
Automation package for entire revamping project
Highest reliability and availability of pump modules on the market
Very low energy consumption and CO2 emission
Process control via stepless adjustable vacuum leve
ROI, CAPEX, OPEX calculation as well as layout can be offered as a study
In the event of a pump failure for multi-module installations, only one module is switched of, and the remaining modules finish the process!

Three-stage pump system with a total of 12
RUVAC WH and DRYVAC pumps entirely contained within a 12 m (40ft) shipping container
The container has a fully-accessible long side, making it possible to install this complex system with only minor effort
Inlet and outlet flanges are installed in the wall of the container; the customer only needs to mount the pipework to the container for operation
Container is self-supplied with compressed air, cooling water and air-conditioning; power is the only externally supplied element
Future implementation of several advanced solutions for easy accessibility and quick assembly

A vacuum pump system consisting of nine modules connected in parallel; each module includes:

A WS 2001 FU Roots Pump with a water-cooled motor, an electronic frequency converter for speeds up to 6,000 RPM and a Roots pump adapter
A SCREWLINE SP 630 with SP-Guard for monitoring of important operating parameters
A DN 500 Intake Manifold
Weather protection roof for outdoor installation
An electrical controller with PLC for speed control
System controls via a touch pane
Data communication with the customer!s system controller via a ProfiBus interface

Modern vacuum solutions for extruder degassing
Stable, non-fluctuating vacuum supply
Vacuum level is independent of climate or water temperature
Pressure at venting/degassing dome can be regulated
Minimal maintenance and service requirements
Maintenance is reduced to a regular cleanings in parallel with dye cleaning
Full maintenance (incl. pump cleaning) can be performed by trained users
Safe system design, even for expected misuse as worst-case pumps and system components build up layers
The easy maintenance concept enables users to perform service themselves, independent of external service providers
Flexible use, additionally for other polymers with multi-purpose extrusion systems

A vacuum pump system consisting of nine modules connected
in parallel; each module includes:

A WS 2001 FU Roots Pump with a water-cooled motor, an electronic frequency converter for speeds up to 6,000 RPM and a Roots pump adapter
A SCREWLINE SP 630 with SP-Guard for monitoring of important operating parameters
A DN 500 Intake Manifold
Weather protection roof for outdoor installation
An electrical controller with PLC for speed control
System controls via a touch pane
Data communication with the customer!s system controller via a ProfiBus interface