Blog Post

The lab has a plastic problem. And it’s bigger than anyone wants to admit. For decades, plastic has been the unquestioned backbone of biotech, pharma, and life sciences labs. Pipette tips. Tube racks. Cryogenic storage. Cold chain shipping. All single-use. All disposable. All “necessary.” But here’s the reality the industry can no longer ignore: Life sciences labs generate ~5.5 million metric tons of plastic waste annually   (My Green Lab) Up to 90% of lab plastic waste is in

From life-saving biologics to on-demand pharmaceuticals delivered to your doorstep, the cold chain has become one of the most critical infrastructures in modern healthcare. But behind every temperature-controlled shipment lies a growing problem no one talks about enough: Styrofoam is everywhere. The Hidden Cost of Keeping Things Cold Cold chain logistics in life sciences is expanding rapidly. With the rise of personalized medicine, direct-to-patient delivery models, and globa

Recently, a segment on the Today Show  spotlighted a shift we’ve been waiting for. The cosmetic industry, long associated with excess packaging, is beginning to take responsibility for its plastic footprint. Brands are redesigning containers, investing in recyclable materials, and exploring alternatives that keep products out of landfills and reduce global waste. It’s progress. Real progress. But it also underscores a larger truth: If beauty can change, so can biotech. The Pl

As the global demand for biologics, mRNA therapies, and temperature-sensitive pharmaceuticals accelerates, the cold chain infrastructure that supports them is under increasing scrutiny—not just for performance, but for environmental impact. While 2026 promises smarter systems, tighter regulations, and expanded global distribution, there’s one constant still clinging to the supply chain: Styrofoam. 📦 The Problem with Performance—Isn’t Performance Expanded polystyrene (EPS), k

In the evolving landscape of biotech research, automation has become indispensable for enhancing efficiency and throughput. However, this advancement often comes at the cost of increased plastic waste, raising concerns about environmental sustainability. The pressing question for modern laboratories is: Can we achieve high-throughput automation without compromising our commitment to sustainability? The Plastic Predicament in Automated Labs Automation has revolutionized labora