NSEverything made from fossil fuels today can be made from wood tomorrow. Plastics and fuels for cars, planes and power plants can all be made using wood from wood grown in a sustainable way. So when the world gathered at COP26 in Glasgow and agreed to take action for the first time on coal-fired and fossil fuels, the innovations developed at Scion became even more important in creating a low-carbon future.
Dr. Julian Elder, Chief Executive Officer of Psion, said forestry is an important part of climate change control and the transition to a low-carbon bioeconomy.
“We support this transformation through purpose-driven research and partnerships with industry, Maori, and the community.
“We are based in Rotorua, the center of the forestry industry. This is a relationship with many people who share our vision of what we describe as prosperity from trees, mai i te nga hereoranga. Helps build. “
Dr. Elder said: Scion Is working on three areas of impact: healthy and resilient forest growth, the creation of high-value wood products, and the development of bio-based products to replace fossil fuel carbon-derived materials. Psion is committed to incorporating Theaomaori’s perspective into every element.
A new way to establish indigenous forests
New Zealand needs to plant more indigenous forests, and Scion has been working on ways to grow saplings faster and at lower cost.
The elder said that Psion’s work significantly increased the growth and survival of indigenous tree saplings, which are important for the growth of new forests.
“Our innovations can significantly reduce the cost of establishing indigenous forests to help New Zealand achieve its carbon-neutral future goals.”
Forestry tools developed to address climate change
Psion has deep experience in plantation forestry with radiata pine. For the past 50 years, Scion’s activities in the Purki Experimental Forest near Taupō have supported New Zealand’s plantation forestry. The result is tools that help forest managers predict forest growth, carbon uptake, and nutrient use.
This will significantly increase forest productivity and provide insights into the forest nutritional balance of sustainable farms and forestry businesses that protect the environment.
“Data and models from Purki Forest underpin almost all administrative decisions modern forestry companies make today,” said the elder.
“These insights help forest growers adapt to changing climate challenges.”
Forests are a renewable resource at the heart of the sound-cycle bioeconomy
Elder is passionate about ensuring that a product is used throughout its lifecycle, rather than being “taken, made, and wasted” by a company.
Psion is one of the world leaders in this recyclable bioeconomic approach, from the growth of renewable resources to new materials, energy and new manufacturing methods.
“The circular bioeconomy could add $ 30 billion to New Zealand’s GDP. Psion’s Strategy 2030 is needed to realize this opportunity and help New Zealand and the world reach their climate change goals. The focus is on driving great innovation, “says Elder.
National Bio-Product Innovation and Pilot Center Proposals
To achieve this, Scion recognizes the need for national bioproduct innovation and pilot facilities centered around Rotorua, and on a commercial scale where lab-based innovation is needed to drive the transition to a low-carbon future. Shows that it can work.
Some of these innovations include the following techniques:
- It closes the construction waste loop by extracting preservatives from the demolition lumber.
- Develop biodegradable bioplastics made from wood.
- Solid and Liquid Biofuels – We are working on sustainable aviation and marine biofuels.
- New low carbon package solution.
“Domestic biopilot facilities help bridge the gap between science and commercial activity,” explains the elder.
“This is essential to unleash the innovations needed to reach our goal of zero carbon by 2050,” he said.
The role of timber in construction
Scion’s innovation hub, TeWhare Nui o Tuteata, opened in March this year and is an award-winning showcase for laminated lumber products and building technology. Its bold and innovative structural form is built to meet the expectations of sustainability and environmental performance.
“A wooden building like this is a fun working environment, less damaging to earthquakes, more fire resistant, and can be designed to store carbon for the life of the building,” says Dr. Elder.
“New Zealand’s Radiata Pine Forest can regenerate the amount of wood used in Tefalenuiotuteata in just 35 minutes. That’s amazing.”
It’s also a beautiful building. He has just won the World Architecture Festival Award for his building of higher education and research.
The ground floor is open to the public, and there is an experience center where visitors can come and check out while enjoying a cup of coffee at the Eastwood Cafe.
read more: Psion outlines long-term forestry strategy
Efforts for fossil fuels by tree science
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