It takes a team with relevant industry experience to create innovative solutions for the intricate issues faced by renewable energy producers. EAD Engineering’s proven design and process expertise with Biodiesel and Ethanol production facilities will increase your profit margin. 

If you are considering:

• Expanding vs. implementing an efficiency upgrade
• Building a new facility
• Changing feedstock or inputs
• Getting the most out of your co-products
• Minimizing operating expenses
• Increasing throughput

EAD can help you.

In addition to the standard questions any engineer would ask when considering any of these options, we will ask the questions that help you think long term about scalability, resources and external factors to ensure you are making the best practical and financial decisions for your facility. EAD understands the commodities futures hedging strategies and crush spreads that are pivotal to the success of our renewable energy clients. Our goal is to provide you the right solution based on your demographics and resources to maximize your profitability. 

EAD is a leader in Biodiesel industry technology.
In July 2005 EAD Engineering completed construction and startup of the first 30 Million gallon per year Biodiesel plant in the U.S., co-located with a 70 Million gallon per year Soybean crush facility in Brewster, MN. EAD does more than build large, cookie-cutter facilities. We offer flexibility and detailed process knowledge to assist you in choosing which technology will best suit your needs and maximize your bottom line.

EAD has invaluable experience in the fuel ethanol industry.
EAD Engineering also offers ethanol plant operational experience that can be utilized by clients for troubleshooting and process improvement. We can offer related services including PSM Audits, facilitation of Process Hazards Analysis, and creation of Management of Change programs. Our process engineers have expertise in process heat integration and de-bottlenecking the Ethanol process. These skills can improve your operation by expanding production capacity and by minimizing energy cost per gallon.