Key players in the global cold chain join the Move to -15oC, committing to its mission to slash carbon emissions for frozen food
February 02, 2024 | India Shipping | Source |
The Move to -15°C initiative aims to modernize frozen food storage practices, shifting from the longstanding -18°C standard to a slightly warmer -15°C. Backed by research demonstrating negligible impact on food safety, this change promises significant environmental benefits and cost reductions across the supply chain. Nomad Foods, a major advocate, reported a 10-11% reduction in freezer energy usage without compromising product quality. Support spans the industry, including Danish Crown, the American Frozen Food Institute, and global logistics leaders like Indicold, Blue Water Shipping, and Constellation Cold Logistics. Seacube Container Leasing, Orbcomm, and Seafrigo also recently joined, highlighting growing industry commitment to sustainable cold storage solutions.
Viewed Articles
February 02, 2024 | India Shipping | Source | The Move to -15°C initiative aims to modernize frozen food storage practices, shifting from the longstanding -18°C standard to a slightly warmer -15°C. Ba
Read More
January 10, 2025 | CarbonCredits.com | Â Verra has updated the compensation process for 4.56 million over-issued Verified Carbon Units (VCUs) linked to 37 rejected rice cultivation projects in China. A
January 7, 2025 | International Rice Research Institute (IRRI) |  A recent study “Advanced technologies for reducing greenhouse gas emissions from rice fields: Is hybrid rice the game changer?”, publi
February 2, 2025 | International Rice Research Institute (IRRI) | Â The International Rice Research Institute (IRRI) and Kubota Corporation have launched a field experiment to evaluate strategies for r
December 1, 2025 | Food and Agriculture Organization (FAO) |Â Speaking at the opening of the 179th Session of the FAO Council, FAO Director-General outlined 4 pathways to accelerate agrifood system tra
August 21, 2025 | CGIAR | CGIAR and Viet Nam are expanding climate-resilient irrigation—most notably alternate wetting and drying (AWD)—as a pathway to reduce methane and improve water productivity. W