
Labconscious is an open resource for the life science community to reduce laboratory waste, use greener chemistry, conserve water, and save energy.
Green Lab Tips for biologists

Use our Featured Resources
Discover specific insights
Learn about lab sustainability trends
MIT Professor Kristala L.J. Prather presented a compelling account of how bacteria engineered to perform chemical reactions are used in industry at our recent Go Green Symposium. It was a great lesson on unexpected downstream benefits from cell-based chemical production approaches. Learn how cell-based industrial production fits into today’s biobased manufacturing market trends.
Lab sustainability certification programs are learning tools to help scientists identify changes that will reduce environmental impacts and conserve resources. A key feature of these programs is that they can help research institutions reach sustainability goals without undermining the autonomy of academic lab teams. The catch is that only a minority of labs volunteer to participate. This month, I’m summarizing two recent studies that examined scientists’ perceptions of the benefits and pitfalls of using common programs and offered suggestions on how to improve them.
What would you do after retiring from a life long career in a field you loved? In April Blodgett’s case, she saw a way to give back by enabling science education and new avenues of research with her volunteer work as the “Pipetting Pigeon”.
Labconscious thanks April for the following interview and her sizable positive contribution to cost savings and waste diversion for life science! We hope her story will inspire biologists to find similar opportunities to conserve scientific resources.
Over the past year, Célia Algros took part in a project to discover microbial enzymes that could metabolize nucleosides in an internship at NEB. In an offshoot of this project, she also surveyed energy consumption, consumables, and waste generated to estimate the carbon cost of her E. coli transformations. The effort gave her a new appreciation for both the complexity of calculating carbon footprints and the sizable environmental impact of experiments.
Biologists often collaborate with non-scientists to improve environmental footprints. Events and spaces that remind us of our place in nature are a great way to connect everyone in a school or workplace to sustainability goals. Megan Williams, was a Research and Core Team Technician in the School of Cardiovascular and Metabolic Medicine & Sciences at Kings College London, when she saw an empty outdoor space on her urban campus and envisioned a community garden for fellow biologists, students, staff, and campus workers.
You might be skeptical looking at plastic recycling in the lab and you probably should be. The expectation is that carefully sorted non-contaminated recycling collections will be remanufactured into products that will lower the demand for fossil fuel-based plastic. Unfortunately, according to the report, The Real Truth About the U.S. Plastics Recycling Rate, the conversion of plastic recycling collections into new materials, known as source reduction, has failed. Mixed plastic collections are especially at risk.