But Warren can’t imagine going anywhere else. Transfer Flow will be celebrating 40 years in business in 2023!Īnd why do they continue to stay? Most of their business is national as opposed to regional, so it’s not necessary to live in Chico. Now, Lisa and Warren, second-generation owners of Transfer Flow, run the company together, with Lisa as President and CEO and Warren as VP/Creative Director. Image of Lisa and Warren, second-generation owners. They could partner with local suppliers, such as MJB Welding Supply.The two local colleges, Butte College and Chico State University, are great places to source employees.Chico’s workplace is exceptional, since so many families move there for the great quality of life.At the time, Chico was encouraging manufacturers to set up shop there since the city’s government understood the economic advantage it could bring, and had buildings with the appropriate power available for use.But they changed their mind for several reasons: So he took a leap, moved back to Northern California, and decided to start a company that manufactured fuel tanks for RVs.īill and Jeanne originally wanted to open their business in Red Bluff, CA (their hometown). But after a decade of working for someone else, Bill was ready to try his hand at entrepreneurship. Renlicon sells goods for outdoor activities, like camp kitchen items and their “Out-In-About Box™,” a storage solution for supplies.Īnd it’s fitting, since an adventure is what took Transfer Flow founders Bill and Jeanne Gaines to Chico in the first place.īill had worked as a Senior Tooling Engineer for General Motors (GM) for 10 years.
TRANSFER FLOW GENERATOR
Transfer Flow manufactures fuel tanks, generator tanks, hydraulic tanks, and fuel system components as well as products used in mobility vehicles for people with disabilities. So it’s no surprise the products they sell involve getting their customers outside. The slogans on their home pages read “Refuel Your Adventures” and “Outfitting Your Adventures,” respectively. This article is part of the theme issue ‘Taylor–Couette and related flows on the centennial of Taylor’s seminal Philosophical transactions paper (Part 2)’.Adventure is at the core of both Transfer Flow and Renlicon. Thus, the interaction between heat convection and Taylor–Couette flow is an effective tool to enhance heat transfer. Moreover, the average Nusselt number with the alternate flow was higher than that with the stable Taylor vortex flow. In addition, numerical simulations showed that in Case II, heat transfer was enhanced when the Taylor–Couette flow was altered by heat convection.
Cases II, IV, V and VI are regarded as transition flow patterns between Case I and Case III, depending on the concentration. These flow modes weremapped in terms of the Reynolds and Grashof numbers. Based on the flow visualization and temperature measurement for glycerol aqueous solutions with various concentrations, the flow pattern was classified into six modes: heat convection dominant mode (Case I), heat convection-Taylor vortex flow alternate mode (Case II), Taylor vortex flow dominant mode (Case III), fluctuation maintaining Taylor cell structure mode (Case IV), segregation between Couette flow and Taylor vortex flow mode (Case V) and upward motion mode (Case VI). A Taylor–Couette apparatus with a jacket vertically divided into two parts was used in the experiments. This study experimentally and numerically investigated the thermo-fluid dynamics of Taylor–Couette flow with an axial temperature gradient from the chemical engineering perspective.
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