question: WHAT_WYL_TO_KNOW_ABOUT_PHOTO?Ĭondition: filter02 # Run after filter02 resultsįile: YoungDriverBusinessLogic. Young driver - Which checks would you like to perform?.Low miles - Which checks would you like to perform?.Our engineers will define your business case in file YoungDriver.yaml Full coverage/Comprehensive car insurance - all sides, vin, license-plate, odometer, mileage, engine (under the hood) Define your own bussiness case.PayAsYouDrive - front side of vehicle, odometer.Check out our API docs and integrate usĬhoose from our ready-to-use business cases or define your own business case with our team Ready-to-use business cases.Choose from case studies based on your needs.Choose from our ready-to-use business cases or define your own business case with our team.Common inline sensors include temperature, pH, UV absorption atline sensors include HPCL, mass-spectrometry. an inserted temperature probe), atline is characterised by a sample being withdrawn (e.g. Instrumentation: allows you to characterise properties - inline sensors give a direct read of the flowing stream (e.g. Shown left are 2-way, 3-way and 4-way valves.Īn injection loop allows a sample to be stored (or collected) in a loop of pipe known the storage loop, before being injected (or extracted) from the main flow. Valves: used to divert flow from one pipe to another and to switch off flow. Small distances mean diffusion can be efficient for mixing and high surface area to volume ratio - if your process relies on these scale-out (numbering up) rather than scale-up might be the path to larger scale production. Micro-reactor: generally consists of sub-millimetre flow channels etched into a small chip. a BPR of 7 bar (indicate where m is) means the reactor pressure will be 8 bar (absolute) if the outlet is open to atmospheric pressure. The pressure differential is indicated e.g. catalyst) through which the liquid flows.īack pressure regulator: a spring loaded valve to maintain an elevated pressure within the reactor – thereby allowing operation at higher temperature. Packed bed: a fixed bed of particles (e.g. Well understood behaviour and the technology that the fReactors are built on.Ī single fReactor module bringing the benefits of a CSTR to the laboratory environment.Ī cascade of n fReactors: a chain of n fReactors - our laboratory version of CSTRs bringing the benefits of these to your laboratory environment. Multiple zones also allows addition of reactants into different zones and instrumentation between zones. Energy input through active mixing allows multiphasic reactions to be carried out.Ĭascade CSTR: a chain of n CSTRs to give consistent processing conditions. For very fast reactions these can form the reactor itself.Ĭontinuous Stirred Tank Reactor (CSTR): single stirred tank reactor with fluid entrances and exits. Mixing tee and mixing cross: used to mix reagents before entering reaction zones - the internal flow may have been designed to give mixing between streams. Inline mixer: tortuous path through a tubular reactor (often using inserts) to create mixing. Low energy input means phases segregate - e.g. For single phase chemistry, mixing is largely controlled by diffusion. Tubular reactor: coil of tubing in which reaction takes place. However it is the inner diameter (ID)that is relant to the performance of the reactor - so ensure you report this as tubing with the same outer diameter can have different inner diameters. Common tubing in laboratory flow chemistry is 1/8” outer diameter (OD) tubing and 1/16” OD tubing manufactured from PTFE. we demonstrated the potential of scaling up our approach in a photoflow process to convert gram quantities of PS to benzoic acid. Pipe: carries fluid between flow equipment. Considerations include flow rate, pressure, suspended solids and fluid viscosity. Common pumps include syringe pumps, gear pumps, HPLC pumps and peristaltic pumps.
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