Sustainability – Multimedia

Laboratories have intense energy and water operations and can have high emissions. Download this guide to learn how to calculate your laboratory's carbon footprint, optimize your purchasing, and reduce energy and water consumption.

High-intensity, high-volume cell cultures are an essential part of many bioproduction workflows – especially those operating at scale. However, aggregate accumulation, batch-to-batch cleaning and extensive sterility validation can all negatively impact overall workflow efficiency.

Imagine using insects as a source of chemicals to make plastics that can biodegrade later — with the help of that very same type of bug. That concept is closer to reality than you might expect.

This eBook highlights exciting research technologies that could solve the challenges of energy storage and powering the future sustainably.

Scientists report that aloe peels, often discarded as agricultural waste, can ward off bugs, acting as a natural insecticide. They have identified several bioactive compounds in extracts from the peels that deter insects from feasting on crops.

This eBook highlights exciting research technologies that could solve the challenges of energy storage and powering the future sustainably.

This whitepaper highlights a variety of sustainable food solutions and analytical innovations that can help new products break through to consumer markets.

Researchers developed a new approach for simulating seafood, using plant-based proteins and a 3D printer, and used it to make a snack inspired by fried calamari rings from squid.

This guide highlights robust and comprehensive testing solutions to unlock the potential of lithium-ion batteries and accelerate battery development.

Batteries have gone through a long journey of discovery and development to get to where they are today. In this listicle, we take a look at some of the landmark advancements in the history of batteries that have helped to shape their improvement and evolution.