Zaiput specializes in the continuous separation of non-miscible liquids through the use of membrane technology. Liquids that do not mix, such as oil and water are pumped in together and the device separates the fluids to different outlets. (Zaiput has more detailed information on their website.) One application of this technology is in the pharmaceutical industry, where a continuous flow chemistry approach is being integrated into the supply chain.
Flow Rates 0 - 10 mL/min
Flow Rates 20 - 200 mL/min
Flow Rates 200 - 3 L/min
When I joined Zaiput, I was the first full-time employee and I was hired as a Design Engineer; I had to be very independent and self-reliant. Initially I was tasked with product characterization and analysis of fluidic paths. Eventually, I was assigned the design and development of the multi-stage extraction platform.
As time progressed, I worked on many more projects and grew comfortable with my role; I began to take on more administrative duties. I have now conducted many interviews with engineers and supervised diverse engineering teams. Because of my hard-work and professional development I was eventually promoted to Senior Design Engineer.
Fluidic Flow
Research & Development
O-Ring Glands
Machining/Welding/Bending
Diaphragms
Conferences
RMA
Vendors
Customer Support
Training
Safety
Inventory
Intern Hiring
Drawing Controls
Soldering
Plastic Welding
Packaging
Assembly
Traditional chemical production is performed as batch processes, where a specific quantity of components interact inside a reaction chamber and produce a predetermined amount of products. Alternatively, continuous flow chemistry, or plug flow, or continuous chemistry, performs the mixing and reacting inside tubes. This allows for steady continuous introduction of components and creation of product. Some benefits of flow chemistry are: faster reactions, cleaner product, safer processes and easy scale-up.