Previous Pause Next
Home >> News Center >>
Sealed bid auction for $6m South Dakota micro ethanol plant PDF Print E-mail
User Rating :  / 0
Monday, 06 September 2010 01:44

A micro ethanol plant in South Dakota is set to go under the hammer next month, in a sealed bid auction.


The Genesis Ethanol I facility located in Parker, outside of Sioux Falls, has the capacity to produce two million gallons of ethanol a year from corn feedstocks, and 15,000 tons of distillers grains.

The $6 million prototype facility is being sold by industrial plant auctioneers Maas Companies, of Rochester, Minnesota, in an auction that will end on September 24.

The plant described as the “newest” micro-ethanol facility in the state was started up in 2008, using local corn in a fermentation system to produce ethanol and distiller grain which was sold locally.

Designed to be relatively energy efficient in order to keep production costs down, it was to have been the first in a series of similar plants to be developed throughout the region by Sioux Falls-based Summit Green Energy.

The current air pollution permit, allowing up to two million gallons of production a year, runs until September 2013.
Issues

Maas Companies said “overwhelming” external factors affecting the industry, as well as “operational issues” meant the Genesis I plant was not able to sustain momentum for its operators.

Potential buyers will have the option of operating the plant in its current location, through a new land lease from the current land owner, or dismantling the facility for relocation.

Tyler Maas, sales and marketing director for Mass Companies, said: “The sealed bid sale offers this plant to a new buyer at a significant savings over the approximate $6 million dollars that was invested to design and build the facility. It is a perfect opportunity for an end user to operate it on its current site with some modifications, or for a new start up company with new technology to perfect it on a pilot scale at a new location.”

Source: BrighterEnergy

 
FairExcellent 

Add comment  |   Add to my library  |  Forward this article

login to leave comment

Systems Bio & Personalized Med

Researchers reveal ways to make personalized cancer therapies more cost effective

New trial model unlocks power of personalized medicine

UPMC to Build $300M Center for 'Innovative' Biomedical Science

Manchester's 'first step' to perfect drug combinations

Good Start Genetics? Announces Validation Results For Its Next-Generation DNA Sequencing Platform For Genetic Disorder Carrier Screening

Young Genes Correlated With Evolution Of Human Brain

UGA Scientists Team Up To Define First-Ever Sequence Of Biologically Important Carbohydrate

Cells Are Crawling All Over Our Bodies, But How?

First-Ever Sequence and Structure of Biologically Important Carbohydrate

New Gene Therapy Methods Accurately Correct Mutation In Patient's Stem Cells, Bringing Personalized Cell Therapies One Step Closer

>> More in: Systems Bio & Personalized Med, Systems Bio & Personalized Med

Bio-Chip & Nanotechnology

Nano-Devices that Cross Blood-Brain Barrier Open Door to Treatment of Cerebral Palsy, Other Neurologic Disorders

Stanford-spawned nanoparticles home in on brain tumors, boost accuracy of surgical removal

A shiny new tool for imaging biomolecules

Targeted method improves treatment of brain cancers

Nanopills release drugs directly from the inside of cells

Getting Cancer Cells to Swallow Poison: Nanotechnology Researchers Develop New Strategy to Deliver Chemotherapy to Prostate Cancer Cells

OU researchers target cancer with nanoparticles

UCLA physicists report nanotechnology feat with proteins

Lightning-fast, efficient data transmission developed at Stanford

A realistic look at the promises and perils of nanomedicine

>> More in: Bio-Chip & Nanotechnology