Add to ORKGIn a recent issue of Science, high-molecular-weight polyacetals prepared by Coates and co-workers resolved many standing issues associated with polymers designed for chemical recycling to monomers. These materials simultaneously display tensile strengths similar to commodity polyolefins, high thermal stability, and efficient depolymerization with a strong acid catalyst
ABSTRACT: The production of chemical building blocks and poly-mer precursors from biorenewable and s...
The societal importance of plastics contrasts with the carelessness with which they are disposed. Th...
Since recycling of polymers is a preferred means of reducing unwanted wastes and land-filling activi...
Synthetic thermoplastic polyacetals have a long history dating back to 1912. While polymers with non...
Identifying plastics capable of chemical recycling to monomer (CRM) is the foremost challenge in cre...
One solution to problems with petroleum derived plastics is to design polymers for the circular econ...
Polymer materials have been widely used in applications ranging from aerospace, automobile transport...
Ionic groups can endow apolar polymers like polyethylene with desirable traits like adhesion with po...
Processable poly(cycloacetals) with high molar masses (M-n) up to 38 kDa were synthesized in a syste...
Abstract Our society is pursuing chemically recyclable polymers to accelerate the green revolution i...
Chemical recycling offers a promising solution for the end-of-life treatment of synthetic polymers. ...
A rigid diol with a cyclic acetal structure was synthesized by facile acetalation of fructose-based ...
Polymers, commonly known with the generic term “plastics,” are nowadays key materials in many indust...
Since Bakelite and Rayon were first introduced in the early twentieth century, global plastic produc...
Renewable resource-based polyesters, poly(trimethylene malonate) (PTM) and poly(trimethylene itacona...
ABSTRACT: The production of chemical building blocks and poly-mer precursors from biorenewable and s...
The societal importance of plastics contrasts with the carelessness with which they are disposed. Th...
Since recycling of polymers is a preferred means of reducing unwanted wastes and land-filling activi...
Synthetic thermoplastic polyacetals have a long history dating back to 1912. While polymers with non...
Identifying plastics capable of chemical recycling to monomer (CRM) is the foremost challenge in cre...
One solution to problems with petroleum derived plastics is to design polymers for the circular econ...
Polymer materials have been widely used in applications ranging from aerospace, automobile transport...
Ionic groups can endow apolar polymers like polyethylene with desirable traits like adhesion with po...
Processable poly(cycloacetals) with high molar masses (M-n) up to 38 kDa were synthesized in a syste...
Abstract Our society is pursuing chemically recyclable polymers to accelerate the green revolution i...
Chemical recycling offers a promising solution for the end-of-life treatment of synthetic polymers. ...
A rigid diol with a cyclic acetal structure was synthesized by facile acetalation of fructose-based ...
Polymers, commonly known with the generic term “plastics,” are nowadays key materials in many indust...
Since Bakelite and Rayon were first introduced in the early twentieth century, global plastic produc...
Renewable resource-based polyesters, poly(trimethylene malonate) (PTM) and poly(trimethylene itacona...
ABSTRACT: The production of chemical building blocks and poly-mer precursors from biorenewable and s...
The societal importance of plastics contrasts with the carelessness with which they are disposed. Th...
Since recycling of polymers is a preferred means of reducing unwanted wastes and land-filling activi...