WANGEN BIO-MIX pumps have been integrated for many years in the energy production process and undergone continuous further development and optimization. They are suitable for conveying maize silage, grass silage, GPS, solid manure, poultry dung, waste and co-ferments, which are mixed with liquid in the pump. Also available with WANGEN PUMPEN’s developed and patented X-LIFT quick change system.
Benefits and Characteristics
excellent price/performance ratio
large viscosity range
good pumping performance even with abrasive and fibrous materials in the media
good pumping performance even against high pressure
high operational reliability
long service life
consistent modular principle for high flexibility, low stocking of spare parts, short downtimes for maintenance and repairs
low servicing costs
optimum service life even with difficult media
easy to maintain thanks to large cleaning openings
optionally with base plate
insensitive to foreign matter
several fermenters can be filled with one feeding system
low Life Cycle Costs
various hopper sizes available, including wear protection
modular design for high flexibility
pump delivery over long distances and large differences in height
Fields of Application
The WANGEN BIO-MIX pumps are used as a central pump in biogas or anaerobic digestion plants. They convey media, mixed up with recirculate or manure, into the fermenter.
dung: Horse and cattle dung, poultry dung
silage: maize silage, grass silage, GPS
feeding
filling
Suitable for the following media
apples
fish offal
whole crop silage
grass
liquid manure from chicken
corn silage
bovine manure
cattle slurry
slaughterhouse waste
foodwaste
pomace
sugar beets
liquid manure
Technology/Details
fully developed, robust universal joint with pre-feeding screw
service-proven sealing systems
flexible drive selection
reinforced cardan joint
specially designed joints
stator with s-cone inlet for optimum filling of the pumping chamber
robust bearing pedestal for high force transduction
suction housing with large inspection and cleaning openings
driven by helical geared motor
robust bearing pedestal with close-coupled drive and self-centering of the drive