How Sterile Water for Injection Is Produced in Medical Facilities

19/06/2016.Tamir K.0 Likes.0 Comments

It is important that hospitals have as clean and germ-free an environment as possible, to keep patients from getting infectious diseases while they are recovering from surgeries and illnesses. Sterile environments are found in many places within hospitals, and they even use sterile water for injection of certain drugs to help patients recover.

What Is Sterile Water?
Sterile water used for medical purposes is water that doesn’t have any microorganisms like fungi, spores or bacteria in it. It is used in medical research and to solubilize some drugs. Although sterile water can be made by boiling water, the needs of hospitals are so large that a system has to be created to provide them with water capable of helping sterilize surgical instruments, wash linens and provide water for research. There are companies that make a RO water system for hospitals so they have all the sterile water they need for research, or to help keep certain areas sterile and provide drinking water for their patients.

Reverse osmosis, or RO, is a form of water purification that removes ions, molecules and other larger particles from water. It is often used to make potable water, but it is also used for industrial purposes or in the medical industry to create sterilized water. RO can help remove any suspended or dissolved contamination from water, including bacteria, so a RO water system is perfect for use in a hospital. To create sterile water for injection, a pretreatment system is needed in the RO process that does not use chemicals or organic matter, to ensure that the water is as pure as possible. Although sterile water can be used in IVs and to create solubilized drugs, its use needs to be carefully monitored because it can cause medical complications if used improperly.

For medical research facilities and hospitals, having sterile water is important, and an RO system works well to meet their water demands. Since an RO system runs continuously to eliminate bacteria, there is no need to heat the water to remove contaminants, which helps reduce the cost of producing sterile water.

Categories: Medical