Origin Materials Awarded DOD Funds for Bio-Based Carbon Black
Sep 19, 2023 | In the Media
Origin was one of nine projects to be allocated funds totaling $18.7 million.
Origin was one of nine projects to be allocated funds totaling $18.7 million.
Startup of Ontario plant marks major milestone for the bio-based chemical company as it continues to scale.
In order for the world to stop drilling for oil we need to find replacements for all its uses, not just in transportation.
John Bissell and Rich Riley on the once-in-a-century opportunity to rebuild the world's material stack from one built on petrochemical inputs to one built on biomass.
Straws, bottles and packaging made with captured greenhouse-gas are starting to reach commercial scale, offering a way for businesses making and using everyday products to reduce emissions contributing to global warming.
With John Bissell, Co-Founder & CEO of Origin Materials. Hosted by Danielle Piekarski, Carbon Capture Magazine.
Host Adriel Barrett-Johnson sits down with Wharton grad Rich Riley, co-CEO of Origin Materials, to discuss the importance of carbon negative materials in decarbonization, what it takes for a materials company to be carbon negative, how Origin Materials is scaling, and Rich's experience as co-CEO.
John Bissell and Rich Riley, co-CEOs of Origin Materials, on the future of bioplastics.
John Bissell, CEO of Origin Materials, joins BNN Bloomberg to discuss the technology behind turning certain waste products into materials.
List honors businesses that Fast Company determined are making the biggest impact on their industries and culture as a whole.
Gov. John Bel Edwards and Origin Materials, a carbon-negative materials company committed to leading the global transition to sustainable materials, announced that the company plans an investment of at least $750 million to develop a biomass manufacturing facility in Ascension Parish that will result in 1,057 new direct and indirect jobs.
Co-CEOs John Bissell and Rich Riley discuss how a wide array of sectors are making sustainability and net-zero goals a top priority and how that is driving their success.
A California start-up that is getting carbon out of plastics has struck a deal with a Japanese chemical company, a sign that the traditional industry recognizes the growing importance of the environment to investors.
Newly public company Origin Materials could be winning stock over the long-term, CNBC’s Jim Cramer said Friday.
Listen to Origin Materials co-CEOs John Bissell and Rich Riley discuss carbon-negative t-shirts, packaging and more.
Origin’s co-CEOs reflect its dual focus on its technology and its economics, with one from the engineering world and one from the technology world.
The materials used to make physical goods produce a large share of greenhouse gas emissions. Origin Materials thinks it has the solution to that pressing problem.
Once market darlings, high-growth companies that went public via SPAC mergers have been abandoned in the wake of scandals involving a few bad actors. That creates an opportunity for shrewd investors to discover real treasures. One such gem is Origin Materials, Inc., a company that extracts chemicals from plants used to make an environmentally friendly version of plastic.
Join the conversation with John Bissell and Rich Riley, co-CEOs of Origin Materials. Using novel chemistry to use wood product waste streams as feedstock, their process creates plastics and other valuable materials that would otherwise be made from fossil fuels. These materials are able to be generated in a carbon neutral and even carbon negative manner from waste.
Rich Riley, CO-CEO of Origin Materials gives an overview of the company as well as discussing how it began trading Friday via SPAC merger with Artius Acquisition.
Origin Materials is making its public debut on the Nasdaq via SPAC. Origin Materials Co-Founder & Co-CEO John Bissell and Origin Materials Co-CEO Rich Riley join Yahoo Finance Live to discuss.
Ford is working with Origin Materials — a company that turns sustainable wood residues into carbon-negative materials that reduce the need for fossil resources — to produce products including bumpers, paint pigment, door panels, tire filler, head rests, seat cushions, arm rests and more.
With chemical transformation, Origin's flexible intermediates can be converted into final products, such as polyethylene terephthalate (PET) packaging and carbon black, that are carbon-negative (net removal of CO2 from the atmosphere), according to an ISO-compliant third-party lifecycle analysis (LCA).
Partnerships, upcoming SPAC create momentum for carbon-negative PET, PEF.
Watch Origin Materials co-CEO’s John Bissell and Rich Riley live on Benzinga’s SPACs Attack.
Origin Materials co-CEOs John Bissell and Rich Riley joined the Absolute Return Podcast to talk Origin beginnings, how the technology works, the future of carbon-negative materials, and more.
From a surge in net-zero announcements to Bill Gates’ new book to BlackRock CEO Larry Fink’s manifesto, a sea change is happening. Wall Street institutions, companies and governments are looking for ways to decarbonize and investors need to pick a horse to ride the trend.
ICIS interviewed Origin's co-CEO John Bissell about the benefits of wood-based feedstocks.
See Origin Materials co-CEO Rich Riley join Cheddar to explain his company's mission to help the world transition to a "carbon negative" model. He also speaks about the decision to take the company public via a SPAC.
Chemical & Engineering News interviews Origin's co-CEO John Bissell about creating a platform molecules that can address large portions of the chemicals and materials industry.
See Origin Materials Co-CEO John Bissell discuss Origin's planned merger with Artius Acquisition.
DealBook spoke with Origin Materials executives about the announced merger with Artius Acquisition, a blank-check company, in a $1.8 billion deal.
See Origin Materials Co-CEO Rich Riley discuss Origin's planned merger with Artius Acquisition.
See Andrew Ross Sorkin interview Origin Materials Co-CEO John Bissell on CNBC Squawk Box, discussing turning carbon from plants into products while capturing carbon in the process, as well as the company's plan to go public through a special purpose acquisition.
Construction of Origin's biomass to carbon negative chemicals plant continues in Sarnia, Ontario. Origin Materials is building the plant to demonstrate its technology for producing chemicals from biomass – such as sawdust – for use in making carbon negative plastic and other products.
Origin Materials, the leading carbon negative materials company, has announced its commitment to the commercial manufacture of the chemical 5-chloromethyl furfural (CMF). The company has also announced the appointment of Dr. Robin Gibson as Director of Business Development.
Origin Materials has developed a way to make recyclable plastic bottles from wood waste —instead of petroleum. The company extracts cellulose from wood to make paraxylene, a chemical used to manufacture PET bottles — PET bottles are usually made from petroleum and natural gas.
More than 80 people gathered at the Lambton College Event Centre Thursday to work on the long-term project of building Canada's bio-economy. They came from across the country, representing industries, agencies and governments, to attend the second annual BioDesign conference hosted by the college and Sarnia-based Bioindustrial Innovation Canada (BIC.)
The alliance, a research consortium developed by Danone, Nestle Waters, and Origin Materials, is making progress on developing and introducing a 100% bio-based PET beverage bottle.
Bloomberg: Beverage giants Pepsi, Danone and Nestle plan to sell water in recyclable plastic bottles made from lumber scraps.
Sarnia, Ontario is known for being an oil town, full of refineries and chemical factories — but signs of a greener future are appearing.
Bioplastics may offer one solution to the plastic predicament — and a West Sacramento company is leading the way.
Origin Materials, the world's leading carbon-negative materials company, has licensed production technology for 2,5-furandicarboxylic acid (FDCA) and related derivatives from Eastman Chemical.
R&D Partnership to Accelerate Food and Beverage Industry Breakthrough