A laboratory test system is presented for measuring the aerobic biodegradability of biodegradable materials under composting conditions. The test system is based on an aquatic test and a solid state compost simulation test. Microbially produced carbon dioxid and consumed oxygen resulting from the biodegradation process is measured on-line for a series of bioreactors in parallel. In the aquatic test ultimate biodegradation is proved by conducting a carbon balance. Results of biodegradation experiments in the aquatic test and the solid state compost simulation test are presented
Most of the standardized biodegradation tests used to assess the ultimate biodegradation of environm...
This study aimed at assessing and comparing the leaching behavior of two types of compost produced f...
Degradation data are crucial for the persistence assessment of chemicals and they are generated usin...
Some factors still impete a wider use of biodegradable materials, i. e.: A nation-wide separate coll...
At the Fraunhofer-Institut ILV a laboratory test system was developed for measuring the degree and r...
This paper gives an overview of the methods used at the Technical Research Centre of Finland (VTT) f...
A system has been developed for studying the biodegradation of natural and synthetic polymeric mater...
A system has been developed for studying the biodegradation of natural and synthetic polymeric mater...
The aquatic biodegradability of cellulose and cellulose acetate with degrees of substitution (d.s.) ...
Because of a shortage in testing methods to evaluate true biodegradation of plastics that go further...
Packaging waste is a major contributor to the global waste challenge with paper and cardboard, and p...
This article presents a method to determine the carbon content of biomass, which is formed when degr...
Describing a material as ''biologically degradable'' is not enough to ensure that it will play its p...
In this thesis the process of anaerobic degradation of organic compounds, with the possibility of it...
The head-space test based on CO2 measurement was improved as a test for determining of the biodegrad...
Most of the standardized biodegradation tests used to assess the ultimate biodegradation of environm...
This study aimed at assessing and comparing the leaching behavior of two types of compost produced f...
Degradation data are crucial for the persistence assessment of chemicals and they are generated usin...
Some factors still impete a wider use of biodegradable materials, i. e.: A nation-wide separate coll...
At the Fraunhofer-Institut ILV a laboratory test system was developed for measuring the degree and r...
This paper gives an overview of the methods used at the Technical Research Centre of Finland (VTT) f...
A system has been developed for studying the biodegradation of natural and synthetic polymeric mater...
A system has been developed for studying the biodegradation of natural and synthetic polymeric mater...
The aquatic biodegradability of cellulose and cellulose acetate with degrees of substitution (d.s.) ...
Because of a shortage in testing methods to evaluate true biodegradation of plastics that go further...
Packaging waste is a major contributor to the global waste challenge with paper and cardboard, and p...
This article presents a method to determine the carbon content of biomass, which is formed when degr...
Describing a material as ''biologically degradable'' is not enough to ensure that it will play its p...
In this thesis the process of anaerobic degradation of organic compounds, with the possibility of it...
The head-space test based on CO2 measurement was improved as a test for determining of the biodegrad...
Most of the standardized biodegradation tests used to assess the ultimate biodegradation of environm...
This study aimed at assessing and comparing the leaching behavior of two types of compost produced f...
Degradation data are crucial for the persistence assessment of chemicals and they are generated usin...