"Going green” is a term that has been unavoidable over the past few years. While overuse has caused the phrase to lose its meaning in some cases, it has not reduced the importance of improving water and energy efficiency and conserving resources, whether at your own business or on a global level.
At the small business level, going green can not only help the environment, but also help save costs and gain customers. Getting creative with green alternatives can help those cost savings add up.
Pilot program provides financial incentives for commercial & residential installations of the chosen pumps
Grundfos’ Alpha and Magna pumps have been designated to participate in Efficiency Vermont’s High-Performance Circulator Pump Program. The program promotes the installation of high efficiency pumps in Vermont homes and businesses.
Reverse osmosis (RO) has become the standard technology for water purification in numerous commercial and industrial applications. This trend has largely been driven by the advancement of low-pressure RO membranes with enhanced energy savings. Axeon Water Technologies is a leader in utilizing innovative proprietary technology for increasing permeate production while lowering operating pressures in RO applications.
Waterless urinals — which also are called no-water, no-flush or no-flow urinals — have endured a few hard knocks in the media in recent years. While these systems have worked well in a variety of facilities for decades, two 2010 incidents caused many facility managers to reconsider this technology.
Separating fact from fiction about waterless urinals
NBC Learn and the National Science Foundation (NSF) recently collaborated to create an educational video series on water sustainability. WQP Managing Editor Kate Cline spoke with Mark Miano of NBC Learn and Thomas Torgersen of NSF about the series and why water sustainability is a critical issue in the U.S.
Kate Cline: What inspired the “Sustainability: Water” video series?
New video series aims to educate Americans about water sustainability
When most people think of rainwater harvesting, they picture a 55-gal tank that collects rainwater from the roof to water plants — but this term also extends to natural collection systems like dams. Rainwater harvesting is nothing new; it has been around for centuries, dating back to ancient Egyptians who used earthen dams to control runoff. Another example is the rice terraces of the Philippines, which are still in existence today. More sophisticated rainwater systems have been uncovered by archaeologists in Crete, Istanbul and throughout the Mediterranean region.
Regulation & contamination factors for potable rainwater reuse applications
There is a finite amount of available water on our planet, and it is becoming an increasingly scarce resource. As populations increase, significant amounts of water are required to maintain modern life. After the baby boom and massive urbanization of the 20th century, meeting increasing demand while managing water quality expectations became a significant challenge for the water supply industry, which realized that municipal water should be reused more effectively.
Ion exchange softener bans to stimulate development of new treatment technologies
Homeowners will be educated on water solutions at The Texas Roundup
At the 13th annual Renewable Energy Roundup & Green Living Fair (The Roundup) David Foster, state director of Clean Water Fund will take on water issues and offer some solutions. Fair goers will find several other speakers and a panel of representatives from universities, land management organizations and business leaders addressing the topic: Saving Water Inside and Outside Your Home and in Your Community.
New Jersey American Water's grant enhances eco-friendly Poricy Park
A rain garden will be added to the eco-friendly features of Middletown, N.J.'s Poricy Park, thanks to a $10,000 grant from New Jersey American Water. The award is part of the company's annual Environmental Grant Program, which offers funding for qualifying, innovative, community-based environmental projects that improve, restore or protect watersheds, surface water and/or groundwater supplies.
Hydraulic fracturing (fracking) brings two of our most precious natural resources at odds. The natural gas harvested through the process is essential to meeting our country’s growing energy needs (and is a source of clean energy at that). However, poorly constructed wells or improper disposal of wastewater from fracking operations can potentially affect drinking water quality. There have been reports of methane migrating from drilling operations into drinking water sources — contamination that not only could render water undrinkable, but also cause a potential explosion hazard.