Nanostorage materials with applications in gas storage, catalysis, and separations
Robust class of MOFs with applications in carbon dioxide storage, catalysis, and separations
SUPRABLOCKS(TM) and Ligands
Ligands and building blocks for MOFs and crystal engineers
Looking for something not in our catalogue? We can help you find the right material for you
Our technology of MOF manufacture enables the replacement of toxic or flammable organic solvents with carbon dioxide gas in its high pressure form, also known as supercritical CO2 (scCO2). Thus, virtually eliminating the superfluous liquid waste associated with previous processes. While cleaner, our technology is also highly adaptable compared to alternative processes. The use of scCO2, an extremely versatile reaction media, allows high tunability of the reaction conditions (temperature and pressure), enabling the production of materials with high chemical and structural diversity. Such versatility was previously achieved through extensive input of mechanical energy or heat. This allows for simple and highly efficient manufacture of various MOFs, replacing the use of toxic and corrosive metal salts with environmentally benign starting materials that are not compatible with conventional methods.
ACSYNAM has partnered with Aspira Scientific to sell ZIF-8 through the their online chemical catalogue. You can now purchase ZIF-8 in 5 g or 10 g quantities directly from Aspira here. Also available through Aspira are our exclusive MOF ligands 2-vinylimidazole and 2-trifluoroimidazole. These ligands can be modified right in your lab and can be Read more about Aspira Scientific includes ZIF-8 in catalogue[…]
ACSYNAM, Inc. and its technology were presented among 14 chosen start-ups at the Advancing entrepreneurship and start-up initiatives for sustainable chemistry: Learning from case studies on September 14, 2017 in Berlin, Germany. Organized by the UN Environment, International Sustainable Chemistry Collaborative centre (ISC3), and the United Nations Industrial Development Organization (UNIDO), the workshop sought to Read more about UN Environment cites ACSYNAM as case study[…]
SUPRABLOCKS now found on the ACSYNAM web site! A great selection of hydrogen- and halogen-bonding compatible supramolecular building blocks are available. Designed for supramolecular chemists and crystal engineers in mind, SUPRABLOCKS will accelerate your research by simplifying your life.
The ACSYNAM team are semi-finalists in the 2016 Slush Skolar Award Competition in Helsinki, Finland November 30-December 1, 2016. Cristina Mottillo will be pitching to compete for 100,000 euros to support ACSYNAM’s scCO2 technology for clean production of metal-organic frameworks. ACSYNAM’s team was chosen among scientists and entrepreneurs globally, to be one of the ten Read more about ACSYNAM in 2016 Slush Skolar Award Competition[…]