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  • Oregon State University

7 March 20254 March 2025

Researchers show how to efficiently convert captured carbon dioxide into green energy

Thanks to a collaboration with Oregon State University researchers, methanol could soon be produced faster and more efficiently


Kohlendioxid in grüne Energie umwandeln: Neuer Katalysator verbessert CO2-Umwandlung

Dank der Zusammenarbeit mit Forschern der Oregon State University könnte Methanol bald schneller und effizienter hergestellt werden


21 March 202419 March 2024

USDA: Biobased products contributed $489 billion to the U.S. economy in 2021, up from $464 billion in 2020

As part of USDA’s activities to honor National Biobased Products Day, the Department has released two reports and announced a major investment in Oregon State University’s Global Hemp Innovation Center


28 September 202322 September 2023

Greener sun protection from plants, bacteria, and algae

A spinoff from OSU developed a bio-sunsreen by using a biosynthesis method to grow the Zebrafish’s anti-UV compound inside the bodies of rapidly reproducing microorganisms


22 February 202316 February 2023

Looking beyond microplastics, Oregon State researchers find that cotton and synthetic microfibers impact behavior and growth of aquatic organisms

New study found that microfibers of any kind are of concern, because scientists are increasingly identifying them in water samples and discovering they are causing adverse impacts in organisms and ecosystems


14 November 20229 November 2022

Oregon State, U.S. Dept. of Energy researchers take key step toward big gains in plastics recycling

A collaboration led by NREL combined chemical and biological processes in a proof of concept and used chemical oxidation to break down a variety of plastic types


Stunden statt Jahrhunderte: Forscher entwickeln neue Recyclingmethode

Viele Materialien gelten als nicht recycel- oder wiederverwendbar. Das könnte sich jedoch bald ändern, denn laut einer neuen Studie lässt sich selbst nicht recycelbares Plastik zersetzen


18 January 202217 January 2022

OSU research finds way to scrub carbon dioxide from factory emissions, make useful products

A scientific collaboration led by a researcher at Oregon State University resulted in the development of a new compound that can harvest carbon dioxide from smokestacks and use it to produce commercially beneficial chemicals


10 August 20219 September 2021

NREL: Scientists to develop CO2-free fermentation technology

CO2 waste translates into notable consequences for biorefiners scrambling to meet demand for low-carbon biofuels. Less carbon makes it into the fuel, lowering yields. More makes it into the atmosphere as a greenhouse gas, accelerating climate change


16 July 20219 September 2021

These ‘supertrees’ are engineered to capture more carbon

But the introduction of genetically modified trees raises some difficult questions


25 January 20219 September 2021

Oregon State researchers take key step toward cleaner, more sustainable production of hydrogen

The observations led to a deep understanding of what was going on behind strontium iridate’s ability to work so well as a catalyst


6 May 20209 September 2021

Researchers make key advance toward production of important biofuel

If it scales well, it could be an important milestone on the road toward non-reliance on fossil fuels


30 March 202028 March 2020

OSU research paves way to improved cleanup of contaminated groundwater

Bio-Based Hydrogel Beads Clean Up Contaminated Groundwater


23 April 201918 June 2020

As Mass Timber Takes Off, How Green Is This New Building Material?

Mass timber construction is on the rise, with advocates saying it could revolutionize the building industry and be part of a climate change solution. But some are questioning whether the logging and manufacturing required to produce the new material outweigh any benefits


16 October 20179 September 2021

Study: Sunlight and the right microbes convert Arctic carbon into carbon dioxide

Oregon State and University of Michigan research identified compounds that microbes prefer using high-resolution chemistry and genetic approache


19 July 201618 July 2016

Future Bioeconomy Supported by More Than One Billion Tons of Biomass Potential

United States could produce enough biomass to support a bioeconomy, including renewable aquatic and terrestrial biomass resources


15 February 201613 February 2016

Methanotrophs technology on the rise

Calysta announced the formation of Methanotroph.org, a research community and a web source for methanotroph information


28 November 201427 November 2014

New technology uses natural wood fibers to reinforce plastic materials

Research offers sustainable solutions that may have strong benefits to building, construction, automobile and aircraft industries


14 April 201412 April 2014

Trees go high-tech: process turns cellulose into energy storage devices

OSU chemists found cellulose can be heated in a furnace in the presence of ammonia, and turned into the building blocks for supercapacitors


7 January 20146 January 2014

Washington DNR seeks mobile pyrolysis demonstration units

One selected unit to be awarded with at least $20,000


6 September 2013

Biodegradable packaging and healthier baked goods from wine waste – O.S.U.

Oregon State researchers created innovative promising biomaterial from pomace


27 February 2012

ZeaChem to Receive USDA Grant to Develop Advanced Biofuels

Bio-based fuel production begins expected in 2013


24 October 2011

Production of biofuel from forests will increase greenhouse emissions

New comprehensive study findings are contrary to assumptions and some previous studies


28 September 2011

ZeaChem and Partners Awarded $40 million USDA Grant

ZeaChem Will Produce "Drop-In”Advanced Biofuels at Boardman, Oregon Biorefinery


3 March 2011

Study: Poplar leaves may hold the key to biodegradable plastic

Hybrid poplar tree leaves might contain the ingredients for the biodegradable plastics of the future


27 July 2009

Research: Cruising on Microcrystalline Cellulose

Wood product may replace silica in rubber tires

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