Apache Stainless Blog


Apache Stainless Equipment Corporation


Apache Tank Donation Prepares MATC students for Bio-Engineering Careers

Madison Area Technical College engineering students presented their class project, a bio-diesel blending system, at the University of Wisconsin-Madison May 8th, 2013. Apache Stainless Equipment Corporation donated the tank used in the project and the biodiesel system will also be shown at collegiate fairs and educational outreach events.

The Madison College engineering students were tasked with developing a system that was capable of blending biodiesel with petro-diesel and fuel additives for improved performance in extreme seasonal temperatures. The students also had to design around safety, transportability, power and budget constraints. Apache was one of several equipment manufacturers to donate components to the project.

“Apache is committed to build strong community ties where we live, work and go to school,” says Ed Paradowski, Apache President, “being part of this project not only helps Madison College engineering students, it also helps with the overall promotion of education in the field of fabrication and manufacturing.”

As a group, students engineered the blending system from start to finish. Apache supplied a 60 gallon, pickle passivated stainless tank with a vent fitting according to their design and specifications. The welding, fabrication, plumbing and electrical was all accomplished by the introductory engineering students at Madison College.

Apache serves the biofuel industry with many types of specialized tanks, including: distillation columns, evaporators, ASME vessels, API-650 Vessels, clad vessels, custom mix tanks and storage tanks. The Apache facility in Beaver Dam, Wisconsin is fully equipped with machines and processes for shearing, forming, welding, rolling and in-house head making. The company also provides finishing capabilities, including automated mechanical polishing, electro-polishing and passivation. Another facility in Plover, Wisconsin produces carbon steel tanks and equipment.


Apache Custom Stainless Tanks Support Growing Biofuel Industry for Sanimax

Sanimax, a leading rendering and renewing process company, partnered with Apache Stainless Equipment Corp. to provide stainless steel tanks to support growing production of B100 Biodiesel fuel. The Sanimax facility in DeForest, Wisconsin is dedicated to the processing of 100% renewable Biodiesel fuel. Apache supported their need for increased capacity by supplying one atmospheric stainless tank and three pressure vessels within the past month.

According to IFP Energies, a public sector research and education center for energy, transport and the environment, Americans are taking an interest in alternative fuels. The center’s 2012 report states that USA has been the world’s leading producer and consumer of biofuels since 2007. Sanimax responds to that growth by increasing production capacity.

The most recent custom stainless steel tank supplied by Apache was used for fuel storage. The tank was constructed from stainless steel with exterior insulation and aluminum cladding. The tank increased storage capacity for Sanimax by 30,000 gallons. The 132” diameter, 45 ft. high and 19,000 lb. atmospheric tank was API 650 rated. Apache provided in-house insulation and aluminum cladding of the tank and was shipped via Apache truck.

Apache serves the biofuel industry with many types of specialized tanks, including: distillation columns, evaporators, ASME vessels, API-650 Vessels, clad vessels, custom mix tanks and storage tanks. The Apache facility in Beaver Dam, Wisconsin is fully equipped with machines and processes for shearing, forming, welding, rolling and in-house head making. The company also provides finishing capabilities, including automated mechanical polishing, electro-polishing and passivation. Another facility in Plover, Wisconsin produces carbon steel tanks and equipment.

Apache appreciates the partnership with Sanimax and their cooperation in telling this story!


Subscribe To Our Blog

Enter your email address to subscribe to this blog and receive notifications of new posts by email.

Recent Posts

Read More »