Innovation
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- The vision of the Biology and the Built Environment (BioBE) Center, located at the University of Oregon, is to develop hypothesis-driven, evidence-based approaches to understand the "built environment microbiome".
- Since agreeing in the summer of 2009 to be part of an ICM pilot with IEHA, the University of Washington Building Services Department has learned a great deal about what it takes to integrate scientific data and measurement into an operation.
- Everett WA-based Advanced Vapor Technologies (AVT) - recognizing the surging interest in greener cleaning and infection prevention, and the media attention steam vapor devices have received In recent months - has announced the availability of a Resource Library on steam vapor technology to help readers better understand the science underpinning the efficacy of steam vapor sanitation systems.
- IEHA’s goal in developing the ICM Module is to provide IEHA members and cleaning professionals with the skills to expertly measure processes and practices, better the performance of their cleaning organizations as a whole and to position themselves for success.
- ISSA's focus is on improving human health, reducing environmental impact, and positively influencing facilities’ and members’ bottom lines.
- A pioneering LED lighting system that kills superbugs in hospitals has been developed by researchers at the University of Strathclyde in Glasgow.
- The Cleaning Industry Research Institute International (CIRI) is pleased to announce its “Save the Dates” for its innovative fall science and technology symposium, “The Science and Efficacy of Antimicrobials, Disinfectants and Their Impact on Cleaning Technologies.”
- Microbial communities are an important part of the complex, dynamic systems we call “buildings”.
- How can cleanroom cleaning procedures and technologies be adapted for attaining low airborne and surface bacterial levels in home, school, hospital, and industrial spaces?
- Pulsed xenon ultraviolet light destroys viruses, bacteria and bacterial spores in the patient environment without contact or chemicals.
- We may not be talking about green cleaning as much three years from now as we are today. But the concept of green cleaning is now with us forever.
- Evaluating and adjusting your facility's green cleaning program with a simple "green gap audit" can result in substantial cost and performance benefits.
- 'Glowing hands' in the waiting room improves kids' handwashing.
- Searchable databases on chemical toxicity and exposure data are now available for scientists and the public.
- VOC sensors optimize ventilation to help ensure better air quality for occupants and reduce utility costs for building owners.
- Process Cleaning for Healthy Schools (PCHS) optimizes efficiency, cleanliness, ease-of-deployment, and health factors through a carefully designed and documented system tailored for K-12 school districts.
- Certified technicians may use particle counters to help ensure your air is clean after mold cleanup.
- Indoor environmental quality is the sum total of decisions made by an enormous variety of individuals and institutions.
- Pulsed xenon ultraviolet light goes where housekeepers can’t.
- Integrated Cleaning and Measurement (ICM) is an open source unified-systems approach to institutional and industrial cleaning in which “best practices” are defined by scientific measurement of cleaning outcomes.
- The U.S. sustainable business market—referring to the development, manufacture, and sale of products that help us to conserve fuel, electricity, water, and natural resources and to reduce carbon emissions and greenhouse gases—will increase dramatically in 2011, making the past two years look like “baby steps.”
- Steam vapor systems share some limitations of chemical disinfectants with respect to endospores of C. difficile, but if used regularly should substantially reduce the burden of this problematic microbe on hospital surfaces.
- Any cleaning process must be validated by measurements of contamination levels before and after a cleaning step.