A*STAR Institute of Sustainability for Chemicals Energy and Environment (A*STAR ISCE²)

A groundbreaking method to incorporate copper into graphene-like coordination polymers (GCPs) can unlock exciting possibilities for electronics, energy storage and materials science.

New electromechanically active thin films can revolutionise how devices respond to electrical signals for diverse industrial applications.

An innovative genomic approach speeds up the search for new fungal enzymes to sustainably create industrial products ranging from perfumes to jet fuel.

A first-of-its-kind recyclable water filtration membrane enables more sustainable practices in wastewater management.

A*STAR scientists use advanced computer models to create a massive database of natural products for drug discovery and beyond.

A*STAR researchers explore the potential and challenges associated with meat-free protein sources for a sustainable, healthier global diet.

New high-resolution chemical insights reveal novel opportunities for making plastic production greener, more cost-effective and more efficient.

Subtle molecular differences in nickel-based electrocatalysts can open the path to more efficient water-splitting chemical reactions for clean energy generation.

Researchers identify a high-efficiency approach that can cut greenhouse gas emissions from plastics and fertiliser manufacturing.

In a comprehensive review, researchers explore how manufacturing defects can power up catalysts that transform carbon dioxide into alternative solar fuels.

Researchers develop a new class of recyclable polymer-based nanofibres with exceptional strength and durability.

Safe for human cells but toxic to bacteria, fungi and viruses, a new strategy for sanitising surfaces could give us the advantage in the fight against pathogens.