Do No Harm with DWR: Our Sustainability-Focused Production
During the production process, there are countless decisions to be made regarding fabric, cut, and little details that give a piece its character. While we love to experiment, one area in which we focus is sustainability, and this became especially prevalent when choosing our durable water-repellent (DWR) chemical coating. While we want our apparel to offer the best possible protection for wearers against moisture, there’s also the environmental impact—and personal health—to take into consideration as well. There’s a wide range of DWR treatment options available, and finding the best spray is just as important as the material itself.“The cost-benefit analysis lands clearly on the side of avoiding forever chemicals,” says Andrew Gibbs-Dabney, Founder and CEO of LIVSN. “We now use only PFC-free DWR treatments across our product range. It makes us happy to know we can provide top-level performance without jeopardizing
Climate and conflict sensitivity in dryland humanitarian projects
Frontiers Coupled Carbonate Chemistry - Harmful Algae Bloom Models for Studying Effects of Ocean Acidification on Prorocentrum minimum Blooms in a Eutrophic Estuary
9 sustainable furniture brands for your home in 2023
John Barillo 2016 Football Rowan University Athletics, 53% OFF
23 Sustainable Branded Tote Bags for Your Brand
Fate of Per- and Polyfluoroalkyl Substances from Durable Water-Repellent Clothing during Use
DAILY DIGEST, 1/27: DWR increases State Water Project allocation to 30%; 'Vigorous' storm expected next week; DWR approves Groundwater Sustainability Plans for four NorCal basins; As the Colorado River shrinks, Washington prepares
PACIFIC FOREST TRUST: Seeing the Forest for the Water – MAVEN'S NOTEBOOK
Do No Harm with DWR: Our Sustainability-Focused Production Strategy – LIVSN
Renewed and emerging concerns over the production and emission of ozone-depleting substances
John Barillo 2016 Football Rowan University Athletics, 53% OFF
First, Do No Harm Should Extend to the Environment
Epigenetic plasticity enables copepods to cope with ocean acidification
