Green Chemistry

Innovative PLA Catalyst Solution

Enhancing Manufacturing with Faster, Cleaner, High-crystallinity Processes

Sustainable Chemistry Meets Bioeconomy: A Perfect Match

How Sustainable Innovation Can Drive Inclusive Growth in Latin America and the Caribbean

Making Waves

Global water scarcity is now urgent due to climate change, population growth, and unsustainable practices. 700 million people could be displaced by 2030, warns UNICEF, especially in water-intensive industries like personal care, textiles, food production, and paint.

Sustainability from the Beginning

The idea that statistics can address urgent sustainability concerns at the lab bench was central to presentations at the recent JMP Discovery Summit Europe in Manchester, UK.

Unleashing Sustainable Innovation, Navigating Business, and Pioneering a Greener Future

In today’s world, where environmental sustainability is at the forefront of global concerns, green chemistry stands as a beacon of hope. This field focuses on inventing sustainable solutions that mitigate the harmful impact of traditional chemical processes.

The Green Power of Catalysis

With more than 80% of all chemical products manufactured using catalytic processes, catalysts are the number one value generator in the chemical industry.

Curiosity, Disillusionment, Persistence, Success

Given the challenges the pharmaceutical industry is facing – secure material supply, reduce operation cost and increase flexibility, enhance sustainability and safety, innovate and reduce time-to-market – the sector is poised for a breakthrough of flow chemistry.

Recycled and Carbon-neutral Precious Metals

Over the years, sustainability has evolved from an aspirational goal to an operational priority. Companies in every industry are being asked to incorporate more environmental stewardship into their operations and business practices.

Advancing Sustainable Chemical Solutions

Without products based directly or indirectly on chemicals, life as we know it would be unsustainable. According to various sources, more than 95% of the products around us are either made by the chemical industry or involve at least one chemical process step in their manufacture.

Biotechnology Is about to Change Our Lives

Green Chemistry and Smart Chemistry

Peter Greven extends lubricant portfolio with RSPO certified products

Bavaria’s “Region of Renewable Raw Materials”

Biohybrid Chemistry Cluster

BioAmber Sarnia Ships First Succinic Acid

Covestro and Reverdia to Develop Bio-based TPU Foam

Bioeconomy grows in Bavaria’s “Region of Renewable Raw Materials”

Canada As The World’s Green Global Leader

American Chemical Society Lauds “Green” Bill

AkzoNobel and Photanol to Develop Green Building Blocks

Azelis to Distribute Myriant’s Bio-succinic Acid

Organic and Natural Ingredients

The Role of Green Chemistry in Biomass Processing and Conversion

A Growing Base for Business

BioAmber Secures $7 Million Grant for Canadian Plant

EPA Identifies Safer Substitutes for Toxic Flame Retardants

Dutch Researchers Find Degradable Thermoset Bioplastics

Chinese, Global Chemicals Industries Join Forces to Advance Sustainable Development in China

Clariant Joins the Chemical Industry Initiative “Together for Sustainability”

Green Chemistry Metrics for the Fine Chemical, Pharmaceutical and Related Industries

Versalis and Elevance Mull Renewable Ethylene at Porto Marghera

New Horizons in R&D for Bio-Based Plastics

Reach Offers Lessons for U.S. Chemicals Regulation

BASF Expanding Waterborne Automotive Coatings in Brazil

Green Chemistry and Engineering