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Purified Water

Purified water for Pharmaceutical for Pathogen Removal

Process Water contamination

Relaible solution with Ozone

Water treatment for Pharmaceutical process have to maintain very stringent standards Apart from the common water contamination such as coliforms, streptococcus speceis, one very major contamination that contaminate process water is the dreaded gram negative organisms especially pseudomonas speciecs. Strains of Pseudomonas aeruginosa are often seen to survive chlorination on three out of seven occasions. These strains have also been noted to be resistant to almost all the antibiotics tested. The chlorine-resistant bacteria has mucoid colonies and grow well at water temperature 24 degrees Cel, A very high dose of chlorine with a contact time of more than 30 minutes is required to kill even the non resistant strains of Psedomonus

Pseudomonus:

P. aeruginosa is an opportunistic pathogen that is known to cause urinary tract infections, respiratory ,system infections, dermatitis, soft tissue infections,bacteremia, and a variety of systemic infections, particularly in patients with severe burns, and in cancer It is a Gram-negative, aerobic, coccobacillus bacterium with unipolar and motile . Although classified as an aerobic organism,. Pseudomonas is a family of bacteria and within the group, there are several sub species that are found in soil and ground water. Pseudomonas aeruginosa was the most resistant. P. aeruginosa is considered by many as a facultative anaerobe, as it is well adapted to proliferate in conditions of partial or total oxygen depletion. These bacteria are often found in carbon filters, cooling towers, drinking water dispensers, bottled water, and swimming pools

Pseudomonas aeruginosa has become an important cause of infection, especially in patients with compromised host defense mechanisms. It is the most common pathogen isolated from patients who have been hospitalized longer than 1 week, and it is a frequent cause of nosocomial infections. Pseudomonal infections are complicated and can be life-threatening


If chlorine is resistant than what is the alternative? Ozone the savior

It is no as if chlorine is totally ineffective , but because the percentage is not 100%, it is very unlikely that Phrama industry would take this risk. . The most viable alternative that provide risk free treatment is ozone. Ozone has been successfully used in combacting this menace in the phrama industry

The properties of ozone are well known. However some of its properties are most suited for the process water disinfection.

What are these properties so sort after during process water disinfection. Lets us list some important aspects considered by the process.

Endotoxin Degradation

Pure water for Hospitals

Ozone by electrolysis

Otsil Skid For Phrama

Otsil Skid For Phrama

ARTICLES

Click to download the articles below

arrow iconDesigning an Off Gas Vent Ozone Distructors

arrow iconEndotoxin Degradation with Ozone

arrow iconOzone and AOP Methods

arrow iconOzone Disinfection and the CT Factor

arrow iconOzone and Pesticide Removal

arrow iconPhase Separation During Ozone Mass Transfer

arrow iconPhramaceutical and Hospital Waste Water Must Use Ozone Here is Why

arrow iconProcess Failures with High Ozone Residual in Water - Reasons

arrow iconReclassified Gram Negative Opportunistic Pathogens Future Worry for Hospitals the Ozone Effect

arrow iconAchieving Required Residual Ozone Importance in Pharma Water Treatment - V.Baratharaj

arrow iconIndizone TM - PWD Technology for Pharmaceuticals

arrow iconElectrolytic Ozone for Pharma Purified Water

arrow iconThe Power of Ozone in Pharma Process Water - V.Baratharaj

arrow iconValidation of Ozone Process in Pharma Water Treatment - V.Baratharaj

arrow iconOzone Vs Chlorine and UV in Product Water Treatment in Pharmaceuticals

 

OZONE TECHNOLOGY & OZONE CHEMISTRY
OZONE 101
ARTICLES

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