Biofilm Monitoring | Environmental XPRT
Articles & Whitepapers
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Executive Summary Biofilm Testing of Irrisept Antimicrobial Wound Lavage in an In Vitro Model - Case Study
Objective An in vitro test was carried out to assess the ability of the Irrisept Antimicrobial Wound Lavage (Irrisept) device to disrupt and reduce clinically relevant biofilms. The testing approach used methods adapted from ASTM E2871-19, “Standard Test Method for Determining Disinfection Efficacy Against Biofilm Grown in the CDC Biofilm Reactor Using the Single Tube ...
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UK Wastewater Infrastructure Isn’t Working
While sewage pollution is at a crisis point in the UK, new treatment technologies can turn that around Pollution from sewage in the United Kingdom has become extreme and is made worse by climate ...
News
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An Examination of Dead Legs, Water Flow, and Legionella Growth
The relationship between stagnant sections in building water systems, known as dead legs, water flow conditions, and the risk of Legionella, a bacterium that causes Legionnaires’ disease, is more complex and multifaceted than commonly ...
Ile-de-France/SIAH inaugurates an innovative wastewater treatment plant that relies on Veolia technologies to produce energy from wastewater
Biovision® - Biofouling monitoring system for real-time insight into biofouling settlement risk
Creative BioMart Microbe Performs Biofilm Testing and Research for Different Applications
Creative BioMart Microbe Provides Microbiotherapy Research Technical Service Worldwide
Equipment & Solutions
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Showcase
Biofouling Monitor
H2O Biofouling Solutions has developed a monitor called the Biovision Monitor which can be installed at a critical spot in the service water system, e.g. in front of the heat exchangers. The monitor contains five fouling coupons and can be connected as a bypass to the water system. The monitor is designed to create a range of water flows and turbulences along with the fouling coupons which cover ...
