Moyno Pumps Proven Effective in Biofuels Industry Applications

02.06.2008

Moyno offers high solids handling pumps for critical application in the biofuels industry. These high performance pumps dramatically reduce the costs of transferring biomass slurries and DDGS by-products when compared to expensive, maintenance-prone conveyor systems.

Moyno Pumps Proven Effective in Biofuels Industry Applications

Moyno Inc.

Moyno high solids pumps provide significant technology advancements that result in superior performance and long service life for ethanol plants, grain processors, distilleries and feed mills. Moyno high solids pumps:

  • Eliminate odors and spillage typically found with open conveyor systems
  • Reduce capital costs by using a closed pipe system and a Moyno pump
  • Reduce maintenance costs because a Moyno pump has fewer moving parts than a conveyor system
  • Extend service life because high solids handling Moyno pumps easily handle abrasive and corrosive applications such as DDGS by-products

About Moyno

Moyno, Inc., a part of the Fluid Management Group of Robbins & Myers, Inc., is a leading manufacturer and marketer of Moyno progressing cavity pumps, multiphase fluid transfer systems, grinders and controls. It has an extensive worldwide stocking distribution network that serves a wide range of industries including water and wastewater treatment, pulp and paper, chemical, food, pharmaceutical, mining, petrochemical, biofuels and oil and gas recovery.

Source: Moyno

More articles on this topic

ABB VFD Supports HVACR Applications in Extreme Environments

15.04.2024 -

Introducing the ACH580 4X variable frequency drive (VFD), a new addition to ABB’s all-compatible drive portfolio that is built for outdoor installation and extreme environments in the HVACR industry. Certification to UL Type 4X (NEMA 4X and IP66 rating) ensures protection against rain, cold, snow, salt spray, and dust as well as corrosion due to caustic chemicals, gases, and damage from the formation of exterior ice, high levels of humidity or UV radiation.

Read more