Source: EDP Open
From Press Release:
Key findings include:
- Learned societies overwhelmingly agree that Open Access will inevitably place some learned societies’ journals into financial jeopardy.
- Competing with large Open Access specialist publishers was also considered a significant challenge for learned societies.
- Gold Open Access is the Open Access method that is least offered by learned society journals, however nearly two-thirds of learned societies indicated that they would like to be offering this option.
- More than ever before, with so many journals being published Open Access of dubious origin, learned societies should look to endorse content with a stamp of quality and authority.
- Collaboration between learned societies could help in the transition to Open Access, by pooling resources and sharing complex tasks.
- Two-thirds of all learned societies are also looking for support on best approach to OA, and compliance with funder mandates.
Last year the ACS GCI Pharmaceutical Roundtable sent a call for proposals, seeking to fund projects that are developing alternatives for widely employed transition metal catalyzed cross-coupling reactions (the assembly of carbon-carbon and carbon-heteroatom). These reactions are used frequently in the pharmaceutical industry because they allow for the assembly of compounds with significant molecular complexity (like those found in medicines). They currently depend heavily on palladium and other 2nd/3rd row transition metals that have drawbacks such as high cost, fluctuating global supply, human toxicity concerns, and limited natural abundance.
Rather than perpetuate these typical protocols the Roundtable envisions a more desirable future state for cross-coupling that not only employs non-precious/non-toxic metal catalysts, but also reduces the number of steps, achieves ambient temperature conditions, utilizes environmentally responsible solvents systems, and more. Pursuing these goals will shrink the environmental impact of medicine production, address safety conditions for workers, and reduce costs for the industry (no longer relying on rapidly depleting precious metals).
Many proposals were submitted for this call for non-precious metal catalysis, but after difficult decisions two stood out among all others.
- Dr. Paul J. Chirik received $100K for his proposal “Modern Alchemy: New Paradigms for Enabling Base Metal-Catalyzed Cross Coupling in the Pharmaceutical Industry.” Over a 2 year period, his group will at first explore the application of redox active ligands that can undergo traditional cross-coupling transformations (carbon-carbon) with a 1st row transition metal catalyst. Eventually, the team will address more long-standing challenges such as iron-catalyzed carbon-nitrogen bond formation and more.
- Dr. Daniel J. Weix of the University of Rochester received $50K for his proposal “Direct Synthesis of Alkylated Arenes and Heteroarenes from the Cross-Coupling of Heteroaromatic Halides in Non-Amide Solvents.” For the next year, Weix and his team will develop new nickel catalysts and conditions for the formation of new carbon-carbon bonds via cross-coupling. The team hopes to achieve these reactions with simple ligands and metal salts, provide broad function-group compatibility, and employ greener solvents.
Congratulations to the grant winners! Keep an eye out for updates over the coming years to see how this important research progresses. And to learn more about precious metal use in chemistry and alternative technologies, be sure to catch the Green Chemistry & Engineering Hybrid Session on June 19th, where Dr. Chirik and other experts will be presenting. Attend in person or watch the live broadcast.
Register now for this FREE webinar: Endangered Elements: Critical Materials in the Supply Chain » ACS Webinars
From The Scout Report, Copyright Internet Scout 1994-2014. https://www.scout.wisc.edu/
As one of the seven scientific institutes of the European Commission’s Joint Research Centre (JRC), the Institute for Environment and Sustainability (IES) works “to provide scientific and technical support to European Union policies for the protection of the European and global environment.” Located in Ispra, Italy its work brings together multidisciplinary teams to create data sets, working papers, and key briefing documents. In the Documentation area, visitors can look over press releases, presentations, and hundreds of papers on everything from tsunami preparedness in the Solomon Islands to sustainable business partnerships. In the Data Portals area visitors can explore a large number of portals that provide information on marine environments, global CO2 emissions, and much more. [KMG]
Read the full story at Grist.
Leonard first made a name for herself in 2007 with the release of her 20-minute web video The Story of Stuff, a clever animated explanation of where our stuff comes from and where it goes after we throw it away. It quickly went viral, and that led to more explainer videos, a bestselling book, and a successful nonprofit. So she has plenty of experience engaging audiences on topics that might seem mundane or off-putting, but in fact have far-reaching and large-scale consequences. (For example: where your iPhone comes from, and where it goes to die when you spill beer on it. Whoops!)
We got to talk to Leonard about how her work with The Story of Stuff Project has prepared her to take on new challenges at Greenpeace. First and foremost: helping more people realize that they are environmentalists – whether or not they identify with the dirty word itself – and they need to fight for change accordingly.
Read the full story in Information Week.
NASA writes a lot of software, and that software performs a wide variety of functions. The nation’s space agency also makes much of that software available to other federal agencies, organizations, businesses, and the public through approximately 1,500 software usage agreements. Now NASA wants to make better use of its intellectual asset portfolio and is releasing a software catalogue with more than 1,000 applications that are available for free to the public.
Read the full story in GreenBiz.
If you know one thing about SC Johnson, it’s that it’s a family company. The tagline that adorns adverts for Mr Muscle, Glade, Pledge, Toilet Duck and all the other products in the cleaning product giant’s portfolio would be easy to dismiss as another example of cutesy marketing fluff from an American multinational, but for the fact that SC Johnson is actually a family company. The Wisconsin-based firm is now onto its fifth generation Johnson chief executive in the form of Herbert Fisk Johnson III. And while it may boast operations in around 70 countries, it remains a privately-held company that still manufactures the floor wax that it started producing back in 1886.
According to Clint Filipowicz, senior director for manufacturing in Europe, Middle East and Africa, it is this heritage that informs a global sustainability strategy that is aiming to slash waste levels, increase the use of renewable power and deliver cuts in greenhouse gas emissions around the world. Private status gives the company the freedom to both “do what is right” and overcome the “constraint” of quarterly reporting by taking long term sustainability decisions, he argues. Or, as the fourth generation Johnson CEO, Sam Johnson, summarized in the company’s unofficial mission statement, “every place should be a better place because we are there.”