Permalink: https://media.greenpeace.org/archive/Blue-T-shirt-and-Denim-Jeans-27MZIFIJ7TOL.htmlConceptually similarBlue T-shirt and Denim JeansGP02KCBCompleted★★★★Blue T-shirt.GP02KC8Completed★★★★Blue T-shirt.GP02KO7Completed★★★★Blue Polo Shirt and Denim JeansGP02HI9Completed★★★★Kappa T ShirtGP03QVJCompleted★★★★Blue Polo Shirt and Denim JeansGP02KC5Completed★★★★Blue T-shirt and Pink T ShirtGP02KC2Completed★★★★Denim Shorts and Pink T ShirtGP02KC1Completed★★★★Stripped Blue Polo Shirt and Denim JeansGP02HI6Completed★★★★View AllGP02HI5Blue T-shirt and Denim JeansCrop from file GP02KCBMale model wears featured blue t-shirt and denim jeans.Greenpeace launches the report "Dirty Laundry 2 - Hung Out To Dry" after research commissioned by the organization has revealed that clothing, sold internationally by major clothing brands, are manufactured using nonylphenol ethoxylates (NPEs). NPEs – which are used as surfactants in textile production - subsequently break down to form toxic nonylphenol (NP). Nonylphenol is a persistent chemical with hormone-disrupting properties that builds up in the food chain, and is hazardous even at very low levels.Locations:Europe-United KingdomDate:8 Aug, 2011Credit:© Alex Stoneman / GreenpeaceMaximum size:3744px X 5616pxKeywords:Boys-Chemical industry-Chemicals-Clothing-Day-Detox (campaign title)-Kappa (company)-KWCI (GPI)-Low angle view-One person-Outdoors-Pollutants-Product shots-River pollution-Textile industry-Toxics (campaign title)-Water pollutionShoot:"Dirty Laundry 2 - Hung Out To Dry" ReportPhotographs to accompany the Greenpeace Report "Dirty Laundry 2 - Hung Out To Dry." Research commissioned by the organisation has revealed that clothing, sold internationally by major clothing brands, are manufactured using nonylphenol ethoxylates (NPEs). NPEs – which are used as surfactants in textile production - subsequently break down to form toxic nonylphenol (NP). Nonylphenol is a persistent chemical with hormone-disrupting properties that builds up in the food chain, and is hazardous even at very low levels.
