Researchers at KTH have developed a more eco-friendly way to remove heavy metals, dyes and other pollutants from water. The answer lies in filtering wastewater with a gel material taken from plant cellulose and spiked with small carbon dots produced in a microwave oven.

Pulp mill waste hits the road instead of the landfill

Plastics are one of the world’s largest polluters, taking hundreds of years to degrade in nature.

VTT is testing Thermocell plastic film made of cellulose and fatty acids in the production of food packaging in cooperation with Arla Foods, Paulig, and Wipak.

Researchers at the University of Maryland have turned ordinary sheets of wood into transparent material that is nearly as clear as glass, but stronger and with better insulating properties. It could become an energy efficient building material in the future.

Borregaard has received a commitment of NOK 15.7 million in funding from the Research Council of Norway for a project for the development of biochemicals to replace petrochemical alternatives.

A Japanese company and Kyoto University have joined forces to develop what they hope will be the world's first satellites made out of wood by 2023.

Integrated paperboard manufacturing consists of a number of unit processes that continuously generate large amounts of process data. Manufacturing is energy-intensive and variations must be taken into account to achieve the optimal production process.

Direct co-dissolution of cellulose and lignin is a recent and emerging technological field of interest, having its importance in the production of bio-based reinforcing fibers such as carbon fibers.

Poland Spring, University of Maine to explore bio-based materials

A group of researchers at the U.S. Department of Energy's Ames Laboratory has discovered a way to convert a common byproduct of the paper manufacturing process into valuable chemical precursors for making nylon.

Scientists at Johannes Gutenberg University Mainz (JGU) in Germany have developed a new sustainable method of extracting the flavoring agent vanillin from lignin, a component of wood. Large quantities of waste lignin accumulate during the production of pulp, an important raw material for making paper.

Corrugated boxes bring the world to you, protecting and securing everything from smartphones and medical devices to fresh fruits and vegetables on their journey to the store shelf or your doorstep.

Polymers reinforced with ultra-fine strands of carbon fibers epitomize composite materials that are "light as a feather and strong as steel," earning them versatile applications across several industries. Adding materials called carbon nanotubes can further enhance the composites' functionality.

New method tests for harmful species like the Asian gypsy moth and sudden oak death pathogen

According to the United Nations, about one-fifth of the world's population lives in areas where water is scarce. Therefore, technologies to produce clean water from undrinkable sources, such as seawater, river or lake water, and contaminated water, are urgently needed.

The Family Forest Carbon Program announced this week it has received concept note approval on a new innovative methodology on measuring carbon sequestered by family forests from Verra, the non-profit organization that oversees the Verified Carbon Standard (VCS), the world’s leading voluntary program for the certification of greenhouse gas emissions reduction projects.

In order to advance decision making in operational planning, it is vital that forestry professionals use the most advanced tools and technologies.

AC Kinetics’ new motor drive software increases AC induction motor performance and energy efficiency simultaneously, overcoming a major industry roadblock.

Research at Karlstad University shows that sludge and ashes as paper mill residues can be used as effective fertilizer. This involves biochar, that is, carbon from organic material returned to the forest and thus closing the cycle.

Eli Vlaisavljevich, an assistant professor of biomedical engineering and mechanics in Virginia Tech's College of Engineering, has received a $1 million grant from the Gordon and Betty Moore Foundation to develop new technology for rapid extraction of DNA from timber and plant tissue, research that could directly impact the monolithic illegal timber trade and, ultimately, serve to protect our environment.