by Web Editor | Mar 1, 2017 | News
The world’s first ever technology to recycle MDF waste has moved a step closer to reality. MDF Recovery has successfully concluded proof of concept trials to develop a commercially viable process to recover wood fiber from waste MDF.
It is the culmination of more than six years’ research and development to create a technology that will offer the first alternative to the use of landfill or burning to dispose of MDF. Britain, alone, disposes of around 350,000 tons of MDF each year.
The solution generates a new raw material source for the wood/natural fiber industry that reduces the demand on standing forests. The recovered fiber is of the same high quality as virgin wood fiber and provides feedstock to the manufacturers of MDF board, insulation products and horticultural growing products.
Co-founder and managing director Craig Bartlett is now ready to take the proprietary technology to the commercial market. Craig, who established MDF Recovery in 2009, says, “We have already begun discussions with a number of leading companies and organizations operating in the MDF production and waste industries and look forward to progressing these during the early part of 2017.”
“The recycling process we have developed is a genuine world first. There is no other environmentally-friendly alternative to the use of landfill or burning to dispose of MDF waste.”
From Furniture & Joinery Production: https://www.furnitureproduction.net/news/articles/2017/02/655160671-successful-trials-conclude-mdf-waste-recovery
by Web Editor | Feb 20, 2015 | News
From: Panel World Staff
Oregon State University has begun an initiative to build a $60 million complex to accelerate its forestry education programs and research on advanced wood products at Corvallis, Ore. The Oregon Forest Science Complex will encompass renovation of existing OSU campus facilities as well as new construction; showcase innovative uses of wood in building design; and allow the College of Forestry to help meet the world’s growing demand for energy efficient, tall buildings made from sustainable building products.
The project includes a $30 million fundraising goal. Once philanthropic commitments are secured, OSU will seek matching bonds from the state. Bonding for the project was included in the governor’s capital budget for consideration in the upcoming legislative session.
The initiative was announced in Portland at the Oregon Leadership Summit of the Oregon Business Plan by Thomas Maness, the Cheryl Ramberg Ford and Allyn C. Ford Dean of the College of Forestry.
“We are excited about leading a new national effort to advance the science and technology necessary to primarily use wood in the construction of 5- to 20-story buildings,” Maness says. “Developing these new, competitively priced, environmentally friendly products will not only increase the value of Oregon’s natural resources, but also grow jobs in our rural communities, with substantial benefits for our state.”
Seeking new methods to reduce the carbon footprint of high-rise construction, architects and engineers from Austria to Canada, Norway and New Zealand have begun constructing buildings with exceptionally strong wood products. This cross-laminated timber is made of strips of wood glued together across the grain, and panels can be more than 1 foot thick and 80 feet long.
Read more on this story in the March issue of Panel World…
