Ontario Agriculture

The network for agriculture in Ontario, Canada

I belive that on-site ethanol production using crop waste or even corn is one of the best alternative for ethanol production.  On site processing is easy and safe, it eliminates transportation costs and enables the use of various waste products not just the use of corn.  Systems that I am familiar with can produce 2 - 5 gallons of ethanol per hour and with the use of conversion kits that are on the market the ethanol can be used to operate DIESEL and Gasoline equipment.  I believe that on-site systems will help with Farm Sustainability with AG CO-OPs forming to process various waste crops and produce ethanol for a number of farms within the CO-OP and this will in turn increase the use of ethanol, thereby saving fuel expenses.

Views: 178

▶ Reply to This

Replies to This Discussion

Is there a website with any additional information?

I would think that you would need to have a certain size to make it worth your time.

2-5 gallons per hour would seem to be too small.

 

 

Hi Roadrunner

 

      I have found a couple of general websites for you.  The first talks about a company in Minnesota that has a modular biorefinery and can make at a minimum 500,000 gallons of ethanol per year.

http://blog.energy.gov/blog/2010/09/14/biorefinery-goes-mod-and-small

 

      The systems that my company is marketing in Canada is smaller, easier and less expensive that the one noted above, however, works on the same model.  The amount of ethanol you obtain per year depends on the amount of feedstock or waste that you have to process.  With our systems we help you set up the tanks for pretreatment of the waste and fermentation and then delivery to the distillation system which is sold separate from the tanks.  Based on the fermentation of the waste and the percentage of alcohol you obtain from your waste determines the amount of ethanol you can produce.  I noted 2 - 5 gallons per hour because that is what I thought a normal farm would want.

 

      How much Diesel fuel and gasoline do you use in a year.   My company is working with the University of Wisconsin on the use of ethanol in Diesel equipment using a dual fuel tank system with the ethanol injected into the combustion chamber separate from the Diesel.  Based on initial studies at the University of Wisconsin this dual fuel system can save at the least 50% of your Diesel expenses.

http://www.favstocks.com/reactivity-controlled-compression-ignition...

 

       My company website is out of date and being worked on at this time.  As soon as it is up I will post it.

▶ Reply to Discussion

RSS

Agriculture Headlines from Farms.com Canada East News - click on title for full story

Farming Forward in Watford scheduled for Dec. 1

The event will provide farmers with information about farm transition and funding opportunities

Canada and China extend Preliminary Joint Agreement until 2028

The extension means continued tariff-free access for canola meal

Manitoba Dealer AgWest Seeks Lifeline

One of Manitoba's largest equipment dealership networks has been given a temporary lifeline to stay in business while it seeks new financing, pursues a sale or develops a restructuring plan, as the Manitoba Court of King's Bench granted protection from creditors. AgWest Ltd. could be heading toward liquidation as the company was unable to meet payroll obligations in the middle of harvest season, according to a document filed by the company's bank, the Bank of Montreal. AgWest serves farmers at six dealerships in Manitoba at Elie, Morden, Brandon, Neepawa, Russell and Benito, as well as two locations in Saskatchewan at Weyburn and Yorkton. AgWest Ltd. has defaulted on more than $34 million in loans, according to an opening brief in a restructuring proceeding under Canada's Companies' Creditors Arrangement Act. "Since 2026, the AgWest entities have experienced significant financial difficulties, including liquidity challenges and a general inability to meet their obligations as they

Deere Plans 2 Iowa Plant Closures

John Deere announced plans to close two Iowa manufacturing plants in the next few years and move production to other cities, in a news release from the company on Wednesday. Deere said it will be closing its plant in Ottumwa, Iowa, after moving windrower and round-baler production to Des Moines. In addition, the company said it will end manufacturing at its Hagie plant in Clarion, Iowa, after moving STS sprayer production to Louisiana. Windrower production plans to move to Des Moines by the end of 2027 and round balers would follow by the end of 2028, according to Deere, followed by the closure of the plant in Ottumwa. Hagie STS sprayer production is slated to move to Thibodaux, Louisiana, beginning in 2028 with manufacturing ending in Clarion, Iowa, by the end of 2029. John Deere did not provide employment numbers or say how many jobs would be affected, although other media outlets on Wednesday reported the company has about 700 workers at the Ottumwa plant. The number of employee

Diesel Fuel Waivers Bring Engine Compatibility Concerns and Tax Rule Questions

Responding to the surge in diesel fuel prices, federal and state lawmakers introduced temporary measures intended to provide economic relief. These actions raise questions about fuel use requirements and fuel taxation. “Temporary relief measures may help reduce operating costs, but diesel users should not assume that all diesel fuels are interchangeable,” said Allen Schaeffer, executive director of the Engine Technology Forum. “Understanding which fuel is appropriate for a particular engine and complying with tax and regulatory requirements can help avoid equipment damage, unnecessary maintenance costs, warranty concerns, and compliance issues.” Texas and Alaska get ULSD exemptions Ultra-low sulfur diesel (ULSD) is the standard diesel fuel used for both on-highway and off-highway applications throughout the United States, and it is regulated to a maximum sulfur content of 15 parts per million (ppm). On Oct 5, Texas was granted a waiver to supply diesel fuel with up to 500 ppm of sul

© 2026   Created by Darren Marsland.   Powered by

Badges  |  Report an Issue  |  Terms of Service