We’re swallowing microplastics. What happens inside us? New research suggests these particles can generate reactive radicals in water, raising fresh questions about potential health risks. futurism.com/health-medicine… #PFAS #Microplastics #Health

CANCER SHOULDN’T BE PART OF THE JOB. The EU is tightening workplace limits on cancer-causing chemicals. But what if we redesigned production, not just exposure limits? Biomanufacturing could replace some hazardous chemistry with bio-based processes. eutoday.net/eu-cancer-causin… #Biobased #Chemicals #EU

AI’S BOOM. FOREVER CHEMICALS’ COMEBACK. Greenpeace warns AI data centers are fueling new demand for PFAS, including in cooling systems. The future of AI shouldn’t leave a toxic legacy. Innovation must mean safer materials, too. greenpeace.org/usa/toxic-ai-… #PFAS #Foreverchemicals #AI #Datacenters

Bio-based plastics hit a new milestone! Sumitomo Chemical’s bio-based LCP reaches production scale, matching conventional LCP quality. Customer samples are next as the company prepares for mass production. indianchemicalnews.com/chemi… #Plastics #Chemicals #Sustainability

RUSSIA’S NEXT BIG BET: BIOTECH Russia has approved a bioeconomy strategy through 2050, targeting new fuels, medicines and materials. AI and tech parks are part of the plan. tvbrics.com/en/news/russia-a… #Bioeconomy #Russia #AI

Biomanufacturing can help build a safer chemical future. As chemical-security threats evolve, the response requires stronger detection, global cooperation and smarter production. Biomanufacturing can reduce reliance on hazardous feedstocks and fragile chemical supply chains by producing valuable materials through biological processes, with safety and security built in from the start. The opportunity is to pair INTERPOL’s call for cross-border chemical security with innovation that makes supply chains more resilient, traceable and sustainable. interpol.int/News-and-Events… #Globalsecurity #Supplychain #Chemicals

Bio-Based Is Not a Silver Bullet for Chemical Decarbonization Feedstock limits, cost pressures, infrastructure gaps, and questions around scalability are forcing the industry to look beyond the hype and focus on what can truly deliver emissions reductions at scale. The future is not just bio-based. It is practical, measurable, and built for real-world adoption. plasticstoday.com/materials/… #Decarbonization #Sustainability #CircularEconomy

Bio-Based Chemicals Are Not Automatically Green. Here’s the Reality Check. The race to decarbonize chemicals is accelerating, but “bio-based” does not guarantee lower emissions, stronger economics, or scalable impact. The real question is not whether a material comes from biomass. It is how it is made, what energy powers production, and whether the route can compete at commercial scale. plasticstoday.com/materials/… #Biobased #Chemicals #Decarbonization #Sustainability

Europe’s chemical supply chains are under pressure to prove what is in every input, where it came from, and whether it meets stringent EU requirements. Biomanufacturing can be part of the answer. By producing specialty ingredients through more traceable, locally scalable biological processes, companies can reduce dependence on opaque supply networks and build compliance into sourcing from day one. The next advantage in European chemicals may not come from sourcing harder. It may come from making smarter. eubusiness.com/focus/navigat… #EU #Supplychain #Chemicals

America’s biotech edge is moving faster than Washington. The next breakthrough in medicine, food, defense, and manufacturing may already be in the lab. But biotech leaders warn that outdated U.S. policy could turn innovation into a competitive vulnerability, especially as global rivals race to build their own advantage. The question is no longer whether biotech will reshape the economy. It is whether the U.S. will write the rules, or fall behind them. axios.com/2026/09/28/biotech… #Biotech #USA #Supplychain #Innovation

National labs keep confirming what the capital markets already priced in The bottleneck in bioindustrial manufacturing was never the science, it was scale-up capacity. energy.gov/cmei/fuels/articl… #California #Biology #Scale

The real race in biotech is no longer in the lab The next biotech giants will not be defined by who discovers the best molecule. They will be defined by who can manufacture it at industrial scale. AI can cut timelines, increase output and reduce emissions. But it cannot replace fermentation capacity, supply chains or real-world production infrastructure. China already produces more than 70% of global biological fermentation output. The question for every other economy is no longer whether biology can transform industry. It is whether they can build the capacity to scale it before someone else does. weforum.org/stories/industri… #AI #Bioeconomy #Supplychain

A New Mega-Plant Could Help Replace Fossil-Based Polymers Across Europe BIOWEG will break ground in Q4 2026 on a 10,000-tonne-per-year facility in Elsdorf, aiming to replace fossil-based polymers and intentionally added microplastics with biodegradable bacterial cellulose. A major signal that Europe’s bioeconomy is scaling from promising science to industrial reality. alchempro.com/news/chemicals… #Biotech #Bioeconomy #Sustainability #CircularEconomy #Microplastics #Germany #GreenChemistry #IndustrialBiotech

$590M and $1.2B in remediation costs later. Chemours and DuPont are the clearest case study for why petrochemical liability is now a line item, not a tail risk. Fermentation-based chemistry doesn't carry forever-chemical exposure. wlos.com/news/local/north-ca… #PFAS #NorthCarolina #Chemicals

A landfill fire near Jakarta burned for 10 days. The danger did not stay at the dump. It spread through the air as microscopic plastic particles, reaching homes and communities nearby. Indonesia’s plastic pollution crisis is no longer just in rivers or landfills. It may be in the air people breathe, the water they drink and the food they eat. nytimes.com/interactive/2026… #microplastics #environment #indonesia

Food security is national security. America’s food system is more than a supply chain issue. It is a strategic asset. Investing in food biomanufacturing can strengthen domestic resilience while generating valuable inputs for energy, specialty chemicals, and critical materials. Food security belongs at the center of national security planning. nationaldefensemagazine.org/… #NationalSecurity #FoodSecurity #Biomanufacturing #SupplyChain

America just made a $55.5M bet on the future of food. Iowa is backing ADM’s precision-fermentation expansion in Clinton, converting a 463,503-square-foot facility into capacity for high-value proteins, enzymes, and biobased ingredients. This is bigger than one factory. It is a signal that precision fermentation is leaving the lab and entering the industrial supply chain. foodbev.com/news/iowa-backs-… #food #protein #fermentation