What does CFM mean in HUMAN GENOME
Cross Flow Microfiltration (CFM) is a membrane filtration technique used in many chemical, petroleum, and biochemical industries. It is typically used for the removal of particles or macromolecules from fluids, such as water purification treatment and the recovery of proteins and other biomolecules from fermentation processes.
CFM meaning in Human Genome in Medical
CFM mostly used in an acronym Human Genome in Category Medical that means Cross Flow Microfiltration
Shorthand: CFM,
Full Form: Cross Flow Microfiltration
For more information of "Cross Flow Microfiltration", see the section below.
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Essential Questions and Answers on Cross Flow Microfiltration in "MEDICAL»GENOME"
What is Cross Flow Microfiltration?
Cross Flow Microfiltration (CFM) is a membrane filtration technique used in many chemical, petroleum, and biochemical industries. It can be used for the removal of particles or macromolecules from fluids.
What are some applications of CFM?
CFM is typically used for water purification treatment and the recovery of proteins and other biomolecules from fermentation processes.
What type of membrane is used in CFM?
CFM uses microporous membranes consisting of a thin laminate that can be made out of various materials such as non-woven fabric, cellulose acetate, polyethersulfone, polytetrafluoroethylene (Teflon), or ceramic membranes.
How does CFM work?
In CFM, feed liquid containing suspended solids flows through tubular or flat sheet membrane modules at high velocity perpendicular to the surface of the membrane. Outflow in this process is generated by pressure difference between the feed side and permeate side. Due to the high velocity cross flow required to push suspended particles against the membrane surface, fouling on the surface can be minimized compared with traditional microfiltration techniques.
What are some advantages of using CFM?
Some advantages include cost savings due to its continuous nature; quick response time; low energy consumption; operation under steady state conditions; reliability; good quality results; flexibility in process design; cost efficiency when processing large volumes; easy maintenance and cleaning; compatibility with a wide array of products; excellent recovery rates; high tolerance to pH variations and turbidity levels among others.
Final Words:
Cross Flow Microfiltration (CFM) can offer many advantages over traditional filtration techniques due to its ability to handle higher productivity rates with lower fouling levels while providing better quality results with lower costs overall. It is an ideal choice for treating wastewater or recovering proteins from fermentation processes.
CFM also stands for: |
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