New PCF Study Confirms Continuum Powders' Recycling Technology Cuts Carbon Footprint by 99.7%
A new independent study conducted by researchers at Oregon State University has confirmed the dramatic environmental benefits of Continuum Powders’ advanced metal recycling technology. The Life Cycle ...
Packaging World1d
Metsä Board Paperboard can Reduce Carbon Footprint of Food Packaging by 60%
A life cycle assessment, verified by the IVL Swedish Environmental Research Institute, demonstrates the advantages of Metsä ...
TMCnet14d
Minviro LCA Report Finds OneD Battery Sciences' SINANODE® Silicon Anode Technology Can Reduce EV Battery Pack Carbon Footprint by 35%
"Minviro's independent LCA validates the environmental benefits of SINANODE®, providing our customers and partners with a ...
Baking Business6d
Study: US wheat’s environmental footprint improving
Water use is down 46% with higher yield per water unit and reduced irrigation, the study said, while land use is down 45% ...
EXCLUSIVE: TikTok Ads Just As Damaging As Globetrotting, Glimpact Finds
Using the PEF method, Glimpact’s study found insights on the driving forces behind the environmental footprint of brands’ ad campaigns on TikTok.
VoxelMatters12h
Continuum Powders’ recycling technology cuts carbon footprint by 99.7%
LCA study shows Continuum Powders has reduced carbon emissions by 99.7% in nickel powder production, setting new sustainability standards ...
Yahoo Finance14d
Minviro LCA Report Finds OneD Battery Sciences' SINANODE® Silicon Anode Technology Can Reduce EV Battery Pack Carbon Footprint by 35%
and by 35% of the battery pack carbon footprint. "Minviro's independent LCA validates the environmental benefits of SINANODE®, providing our customers and partners with a scientifically robust ...
Morningstar14d
Minviro LCA Report Finds OneD Battery Sciences' SINANODE® Silicon Anode Technology Can Reduce EV Battery Pack Carbon Footprint by 35%
Morningstar brands and products Company Portfolio ...