Connect. Innovate. Transform.
— WATERTECH CHINA

In the quest for sustainable energy solutions, researchers have achieved a significant breakthrough: electrodes capable of extracting hydrogen directly from seawater.

The article presents groundbreaking research where scientists at WPI have developed a unique material using nickel and cobalt atoms to selectively remove urea from water and potentially convert it into hydrogen gas.

Entering 2024, China’s environmental protection sector has undergone decades of expansion, marked by a surge in projects and facilities. Yet, amidst this progress, industry order remains incomplete, the market is a blend of chaos, and companies have experienced exponential growth.

In the vast and arid landscapes that define many regions globally, the urgent need for sustainable water management has reached a tipping point.

The Shihuantong Study Tour recently began its exploration of China’s economic strengths, delving into the industrial centers of Liancheng and Shanghai.

Watertech China 2024 promises to be more than an event; it’s a gateway to the future of water and wastewater management. Register before April 30 to be our VIP and don’t miss this extraordinary opportunity to be at the forefront of global water solutions.

In a solar-powered breakthrough, researchers at the University of Cambridge have unveiled a device that turns contaminated water into clean hydrogen fuel and purified drinking water simultaneously.

Urgent Environmental Challenge: Billions of tons of dye-laden wastewater pose a critical environmental challenge annually.

The article delves into an innovative experiment by the Stream Ecology group, which demonstrates that advanced wastewater treatment, despite rigorous dilution, continues to have a significant impact on freshwater ecosystems.

China’s water purification market is on the rise, with rapid growth driven by the popularity of convenient and cost-effective commercial water purification products.