Stock Photo - 23 May 2022, Saxony, Leipzig: In the genetic engineering laboratory at the Institute of Analytical Chemistry at the University of Leipzig, Christian Sonnendecker (r) and doctoral student Patricia Falkenstein prepare an enzymatic degradation test of PET plastic. For the lightweight plastic, which is used for food packaging and beverage bottles, among other things, the scientists have discovered a highly efficient enzyme on compost heaps that degrades PET plastic in record time. The PHL7 enzyme could make biological PET recycling, which has been problematic to date, possible much faster than previously thought. The research work with enzymes is underway with partners in Spain, England, France and Italy, among others, and is to be tested with industrial partners in two years. Photo: Waltraud Grubitzsch/dpa/ZB. - Leipzig/Saxony/Germany

Stock Photo: 23 May 2022, Saxony, Leipzig: In the genetic engineering laboratory at the Institute of Analytical Chemistry at the University of Leipzig.

Searchable keywords

  • United Kingdom
  • Great Britain
  • Beverage
  • Drink
  • Student
  • Work
  • Thing
  • Industry
  • Bottle
  • Spain
  • Time
  • Food
  • England
  • Italy
  • France
  • Germany
  • Environment
  • Science
  • Research
  • Recycling
  • Date
  • Dating
  • Photo
  • Economy
  • Laboratory
  • Chemistry
  • Year
  • Plastic
  • Thought
  • Heap
  • Make
  • University
  • Discover
  • Scientist
  • Test
  • Preparing
  • Possible
  • Biological
  • Two
  • Faster
  • Record
  • Efficiency
  • Partner
  • Degradation
  • Other
  • Problematic
  • Saxony
  • Used
  • Much
  • Packaging
  • Compost
  • Underway
  • Lightweight
  • Sustainability
  • Patricia
  • Leipzig
  • Institute
  • Highly
  • Enzyme
  • Falkenstein
  • Degrade
  • Doctoral
  • Waltraud
  • Previously
  • Enzymatic
  • Genetic Engineering
  • Analytical Chemistry
  • Been
  • Dpa
  • Has
  • Grubitzsch
  • Christian
  • Zb
  • Pet
  • Seimann
Choose multiple keywords