IIT Guwahati introduces a course on UN-Sustainable Development Goals
IIT Guwahati introduces UN-Sustainable Development Goals 2030 as part of the B.Tech curriculum…
Source: news.careers360.com
IIT Guwahati introduces UN-Sustainable Development Goals 2030 as part of the B.Tech curriculum…
Source: news.careers360.com
Topics such as water use, outdoor growing, package recycling and electricity were all discussed during the Cannabis Sustainability Symposium on Friday, October, 26, but here’s five pressing sustainability issues the pot industry faces right now that you might not know about.
Airlines clearly have a lot on their plates at the moment, but putting a renewed focus on sustainability could serve as a rare bit of positivity for the industry….
Klean provides pyrolysis & gasification systems that convert rubber tires, scrap plastics & municipal solid waste into electricity and fuels.
They are designed to be both edible and biodegradable — the pods themselves are tasteless, and if not consumed, biodegrade within six weeks…
The rapid increase in the consumption of single-use plastic is speeding up the climate change hazard, and it needs to be stopped immediately, a report warns.
Ascend Elements, the vertically integrated lithium-ion battery recycling and engineered-materials company previously known as Battery Resourcers, announced it has entered into a contract with Navitas Systems, a U.S. leader in comprehensive energy storage solutions and a U.S. Department of Defense (DoD) contractor. According to the contract, U.S.-based Ascend Elements will deliver cathode active material made from recycled batteries and scrap to Navitas Systems in April 2022 for use in a DoD project. This is the first commercial sale of cathode active materials made with Ascend Elements’ patented Hydro-to-Cathode™ technology. “We see this as a milestone for the lithium-ion battery industry. With this agreement, Ascend Elements and Navitas will demonstrate how our Hydro-to-Cathode process elevates the value of recycled battery materials by transforming them into premium cathode active materials to be utilized in manufacturing new lithium batteries.