The USDA has allocated $1.5 billion to support 92 conservation projects across the U.S. This funding includes $21 million for New Hampshire projects.
University of Illinois Urbana-Champaign study reveals a new way for farmers to capture excess phosphorus from drainage water and repurpose it as fertilizer.
Fraunhofer unveils a high-temperature fuel cell technology that converts ammonia directly into electricity, delivering a 60% efficient, climate-friendly solution for industries and municipalities.
Electrochemical carbon capture technology at Rice University promises an efficient, scalable approach to meet industrial net-zero goals.
Researchers have demonstrated a created laminate that generates electricity through “same-material” contact electrification, using recycled polystyrene foam.
UVA researchers advance sustainable construction with graphene-enhanced concrete, reducing emissions by 31% while improving material strength.
With its G20 presidency, Brazil has unveiled an ambitious roadmap aimed at achieving universal clean cooking access by 2030.
Deep Atomic's new MK60 reactor aims to solve data centers’ growing energy crisis by delivering 60 MW of reliable, zero-carbon power.
UC Berkeley's COF-999 tech offers a breakthrough in cost-effective carbon capture, promising efficient CO2 removal and reshaping negative emissions goals.
As digital technology becomes essential to climate action and sustainable energy, robust cybersecurity is vital to protect these innovations from rising cyber threats. By securing digital systems within climate-tech, we can build a resilient foundation for a sustainable future.
Pack River Farm, an organic vegetable and medicinal herb farm in Northern Idaho, has partnered with Sollum Technologies to implement advanced LED lighting solutions. These solutions will enhance the farm's ability to grow diverse crops sustainably while supporting community health.
171 Garden Heights, a $68 million development by Jad Global Real Estate, combines smart technology and sustainable design to deliver a new standard of luxury living in Jumeirah Garden City, Dubai.
Amazon continues to advance its environmental agenda by allowing innovative start-ups to trial groundbreaking technologies across its European operations. Through its Amazon Sustainability …
As cities continue to grow, integrating Agriculture 4.0 into urban environments will be essential for meeting the food demands of an expanding population while supporting the development of greener, more resilient urban systems.
BMW Group's MINI plant in Oxford, England is now home to a motionless wind energy system, the first of its kind in the UK. This innovative technology, developed by Aeromine Technologies, promises to revolutionize how businesses harness renewable energy.
As clean drinking water continues to be a global challenge, Xatoms is introducing a novel solution: purifying water with light. The company’s advanced photocatalysts—minute, powder-like materials—are engineered to break down harmful contaminants like bacteria and pesticides. When exposed to sunlight or artificial light, these materials convert polluted water into safe drinking water, without requiring complex infrastructure.