fbpx

Idaho City Implements GE Anaerobic Digestion Technology

06.11.2015

ANAEROBIC DIGESTION, INSTALLATIONS AND STARTUPS
Monsal 70 system will treat biosolids for pasteurization and biogas production.

General Electric (GE), Fairfield, Connecticut, has announced the city of Rexburg, Idaho, has selected its Monsal anaerobic digestion (AD) and Monsal 70 technologies to treat biosolids at its wastewater treatment facility. The project represents the first North American application of GE’s Monsal technologies designed to allow Rexburg and other municipalities to meet federal standards for disposing of treated biosolids.

GE’s Monsal technology uses an anaerobic digestion process to treat biosolids, and GE’s Monsal 70 system pasteurizes the sludge, creating “Class A” biosolids for disposal. Anaerobic digestion is a biological process in which microorganisms break down biodegradable material in the absence of oxygen. Methane-rich biogas produced by the system can then be used to produce electricity and heat.

The Monsal 70 system is a patented pasteurization process recognized by the EPA as an acceptable treatment process to produce Class A biosolids—or biosolids with reduced pathogens. With this classification, no land application restrictions exist, providing plant owners long-term certainty of biosolids disposition, GE says. The Monsal 70 system is an economical alternative to other processes since it does not require any specialized operating permits or staffing, the company adds.

Located 28 miles northeast of Idaho Falls, the city of Rexburg selected GE’s technology because it needed a new solution to treat sludge from the wastewater treatment plant prior to landfill disposal in order to ensure it complied with the EPA’s sludge disposal standards.

“GE was the only company that offered the specialized equipment that we needed to install before the winter months begin so that we can meet our federal environmental requirements,” says John Millar, Rexburg’s public works director. “This technology will help us upgrade our wastewater treatment plant to meet the needs of our growing population.”

The biogas generated from the AD process will be used to fuel the pasteurization boilers. A heat recovery system is being installed to capture and convert the biogas to heat. GE will provide the Monsal AD technology, and a separate contractor will supply the building and installation of the piping and ancillary systems. Utah-based Aqua Engineering, the design engineer on the project, worked closely with the city of Rexburg and GE to fit GE’s technology into the existing footprint of the city’s wastewater treatment plant.

“We are pleased to collaborate with the city of Rexburg on its wastewater treatment plant sludge digestion project and showcase our advanced technologies that meet our customer’s schedules,” says Yuvbir Singh, general manager, engineered systems—water and process technologies for GE Power & Water. “Our Monsal technology enhances GE’s wastewater treatment product offerings and furthers GE’s commitment to energy reduction in wastewater treatment.”

GE is scheduled to deliver its equipment by fall 2015, and the digestion system is expected to begin operating in late 2015.

In July 2014, GE announced it had agreed to acquire Monsal, a private U.K.-based water, waste, anaerobic digestion and integrated biogas-to-energy business.

The Rexburg wastewater treatment project was announced to representatives of the wastewater treatment industry attending the WEF/IWA Residuals and Biosolids Conference 2015 in Washington, D.C.

GE Power & Water provides customers with a range of power generation, energy delivery and water process technologies. Headquartered in Schenectady, New York, GE Power & Water is GE’s largest industrial business.

Article cited from: http://goo.gl/X4cItl

 

News/Events 

  1. Is Big Gas finally learning to love biogas?
  2. We need to get behind Renewable Natural Gas
  3. Difference between a Turbo and Positive Displacement Blower
  4. The Difference between Methane and Natural Gas
  5. First Dairy Biogas Project in Connecticut
  6. Does Renewable Natural Gas Have a Future in Energy?
  7. Biogas Offtake Opportunities For Digesters
  8. Wisconsin Dairy Begins Production of Renewable Natural Gas
  9. Anaerobic Digestion Sector Forming a Clearer Picture
  10. Brightmark to Expand Western New York Dairy Biogas Project
  11. Biogas - The Energy Wonder That's Under Our Noses
  12. Power Generation Achieved by a Self-Assembled Biofuel Cell
  13. Less Carbon Dioxide from Natural Gas
  14. Project Uses Renewable Electricity for RNG Production
  15. Smithfield Hog Farm Provides Natural Gas to Missouri City
  16. From Waste to Gas
  17. Gas Clash Threatens Australian Export
  18. Maximizing Opportunities of Anaerobic Digestion from Wastewater
  19. Catalyst to Speed up Conversion of Biomass to Biofuel
  20. How It Works: Ethanol
  21. Anaerobic Digestion - the Next Big Renewable Energy Source
  22. Anaerobic Additions
  23. Three (3) Tech Solutions for Modern Landfills
  24. The Costs and Benefits of Anaerobic Digesters
  25. Bacteria Farts Power Wastewater Plant in Fort Wayne
  26. Europe’s First Poultry Manure Biogas Plant
  27. Electricity Using Pig Manure
  28. $38-Million Biodigester coming to Grand Rapids
  29. Biochar Could Benefit Anaerobic Digestion of Animal Manure
  30. Getting More out of Anaerobic Digestion

 

For additonal reading, please visit us at: News Worthy

Difference between a Turbo and Positive Displacement Blower