Mobilized against Methane | Safe Spouts | Think Zinc
Posted April 27, 2021
Mobilizing Against Methane
Unless options to reduce or divert waste are implemented, experts say landfills around the world are expected to grow. Not only do they consume valuable greenspace, but they also produce greenhouse gases, of which methane is perhaps the most potent. Waste-to-energy technologies, however, can address both landfill space and emissions issues. And provide a truckload of other benefits.
Engineered to address the most dangerous task in recovery boiler maintenance, our Diamond Power® SpoutRunner™ system minimizes operators' exposure to volatile smelt. It has been successfully installed at mills in Europe, South America and the USA. A Finnish mill recently ordered their second, reporting their first was extremely successful, having reduced manhours spent on the spout deck to almost zero. LEARN MORE
Spring: a Time for Growth
Our Renewable, Environmental and Thermal segments are continuing their strategic growth into key regions, and have been awarded parts and service contracts totaling more than $24 million from customers in Asia, the Middle East, Europe and other key international markets.
The orders include aftermarket parts and maintenance services for plants in a variety of industries, such as utilities, pulp & paper and manufacturing. Significant orders have come from utility customers in Indonesia and the Middle East, and industrial customers in Latin America and Europe where we have been expanding our Sales and Business Development presence and operations since the third quarter of 2020. SPRING AHEAD TO READ MORE
B&W Renewable is excited to introduce the world to Eos Energy Enterprises energy storage system – a safe and reliable alternative to lithium-ion battery technology. Eos' Znyth® zinc hybrid cathode solution is a safe, non-flammable and non-corrosive battery technology suitable for a wide range of industrial, commercial and utility applications. The technology utilizes inexpensive, widely available materials within a robust, scalable design to achieve long life and extremely low cost.