NSF’s Nikki Beetsch to present recommendations on household water treatment today

Nov. 2, 2012

CHAPEL HILL, N.C. — WHO recently released its recommendations for evaluating and assessing household water treatment and storage (HWTS) technologies.

CHAPEL HILL, N.C. — Group Lead for NSF International’s Drinking Water Division Nikki Beetsch will present at the 2012 Water and Health Conference: Science, Policy and Innovation this Friday, November 2, on the World Health Organization (WHO) recommendations for household water treatment and storage technologies, according to a press release.

WHO recently released its recommendations for evaluating and assessing household water treatment and storage (HWTS) technologies, noted the release.

With this new risk-based framework, HWTS technologies must reduce waterborne pathogens sufficiently to protect health in order to earn product certification.

The 2:40 p.m. ET workshop “Lessons Learned in Developing Household Water Treatment and Storage (HWTS) Technology to Meet World Health Organization (WHO) Drinking Water Recommendations” will review the challenges technology developers face in developing HWTS that adheres to WHO recommendations, and include a discussion on the assessment of HWTS technology from NSF International, stated the release.

Read the entire press release here.

Sponsored Recommendations

NFPA 70B a Step-by-Step Guide to Compliance

NFPA 70B: A Step-by-Step Guide to Compliance

How digital twins drive more environmentally conscious medium- and low-voltage equipment design

Medium- and low voltage equipment specifiers can adopt digital twin technology to adopt a circular economy approach for sustainable, low-carbon equipment design.

MV equipment sustainability depends on environmentally conscious design values

Medium- and low voltage equipment manufacturers can prepare for environmental regulations now by using innovative MV switchgear design that eliminates SF6 use.

Social Distancing from your electrical equipment?

Using digital tools and apps for nearby monitoring and control increases safety and reduces arc flash hazards since electrical equipment can be operated from a safer distance....