Kurita America announces it has published the new eBook “Exploring Industrial Water Reuse: Key Considerations for Your Facility.”
Facility managers, operational staff, and others will be able to gain a better understanding of water reuse in an industrial facility with key considerations for determining the best approach and potential impact demonstated through industry trends, graphs, case studies, and additional resources.
The need for water reuse has been exacerbated by external factors, such as water scarcity. For example, Lake Mead and Lake Powell in the southwest United States are facing record-low water levels after a decades-long drought. Updated regulatory compliance and aging infrastructure are two key considerations of the $434B water investment gap, according to the American Society of Civil Engineers (ASCE). Barclays Research estimates the true cost of water is three to five times higher than what companies are actually paying. Inflation has exacerbated these water challenges, impacting a business’ bottom line and day-to-day operational costs.
Kurita is a founding member of the Water Resilience Coalition (WRC), established under the CEO-led Water Mandate, a United Nations Global Company initiative dedicated to reducing water stress by 2050. Kurita is dedicated to building a sustainable future with corporate social responsibility (CSR) through sustainable technologies, applications, and practices, such as water reuse. CSR is Kurita’s core for philosophy and management strategy with a global focus on solving issues relating to water resources, reducing waste and CO2 emissions, and using sustainable energy.
Kurita America’s new eBook is available by clicking the first link above or visiting https://www.kuritaamerica.com/
About Kurita America
Kurita America is part of the Kurita Group, one of the largest water treatment providers in the world and a leader in research and development. Continuing the tradition that has lasted over 70 years, Kurita America brings innovations to market through a Total Solutions water management approach, which incorporates state-of-the art equipment, chemistries, engineering, and services to get deliver optimal results while conserving natural resources for a better, more sustainable world.