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Shoot: Microbeads Scientific Testing in Exeter Laboratory
GP0STPTQ1
Scientists in the Greenpeace Science Lab filter various products for microbeads which are widely used in cosmetics and in personal care products such as toothpaste. These tiny plastic pieces contribute to ocean pollution as they can't be filtered by the sewage system.
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6 May, 2016
Dr Kevin Bridgen in Exeter Laboratory
6 May, 2016
Sample to be Filtered for Microbeads in Exeter Laboratory
6 May, 2016
Dr Melissa Wang in Exeter Laboratory
6 May, 2016
Dr David Santillo in Exeter Laboratory
6 May, 2016
Dr David Santillo in the Greenpeace Science Lab in the UK
6 May, 2016
Dr David Santillo in the Greenpeace Science Lab in UK
6 May, 2016
Dr David Santillo in the Greenpeace Science Lab in UK
6 May, 2016
Dr David Santillo in the Greenpeace Science Lab in UK
6 May, 2016
Filtering of Product Samples for Microbeads in Exeter Lab
6 May, 2016
Filtering of Product Samples for Microbeads in Exeter Laboratory
6 May, 2016
Sign of Greenpeace Science Lab in Exeter
6 May, 2016
Filtering of Product Samples for Microbeads in Exeter Laboratory
6 May, 2016
Samples of Microbeads in Exeter Laboratory
6 May, 2016
Samples of Microbeads in Exeter Laboratory
6 May, 2016
Scientific Analysis of Microbeads in Exeter Laboratory
6 May, 2016
Sign of Greenpeace Science Lab in Exeter
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Dr David Santillo and Dr Kevin Bridgen in the Greenpeace Science Lab
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Dr David Santillo and Dr Kevin Bridgen in the Greenpeace Science Lab
6 May, 2016
Dr David Santillo and Dr Kevin Bridgen in the Greenpeace Science Lab
6 May, 2016
Dr David Santillo and Dr Kevin Bridgen in the Greenpeace Science Lab
6 May, 2016
Laptop used in Microbeads Analysis in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Size of a Microbead on a Fingertip in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Microbead and Penny Comparison in Size in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Microbeads Testing Exeter Lab in Exeter Laboratory
6 May, 2016
Microbeads Testing Exeter Lab in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Filtering of Product Samples for Microbeads in Exeter Laboratory
6 May, 2016
Dr Kevin Bridgen Testing for Microbeads in Exeter Laboratory
6 May, 2016
Microbeads Testing in Exeter Lab
6 May, 2016
Microbeads Testing in Exeter Lab
6 May, 2016
Dr Kevin Bridgen Testing for Microbeads in Exeter Laboratory
6 May, 2016
Dr Kevin Bridgen Testing for Microbeads in Exeter Laboratory
6 May, 2016
Dr Kevin Bridgen Testing for Microbeads in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Filtering of Product Samples for Microbeads in Exeter Laboratory
6 May, 2016
Shots of Products Tested for Microbeads in Exeter Laboratory
6 May, 2016
Dr Kevin Bridgen Testing for Microbeads in Exeter Laboratory
6 May, 2016
Dr David Santillo in Exeter Laboratory
6 May, 2016
Dr David Santillo in Exeter Laboratory
6 May, 2016
Dr David Santillo in Exeter Laboratory
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