Tag Archives: radiata pine

NeXTimber

NeXTimber by Timberlink presses first CLT Panel – begins taking orders

Timberlink’s NeXTimber facility has pressed its very first Cross Laminated Timber (CLT) panel, marking another significant milestone in the construction of Australia’s only combined CLT and GLT (Cross Laminated and Glue Laminated Timber) radiata pine mass timber facility. The commissioning of this CLT line follows production of the facility’s very first GLT beam in August 2023.

David Oliver, Timberlink Chief Marketing, Sales & Corporate Affairs Officer said “The entire team has been working towards this moment since we announced construction of the facility in 2020. To see the hard work of so many come to fruition is very rewarding.”

Patrick Dark, Timberlink CLT/GLT Operations Manager, said “There was such an air of positivity when the panel came off the line. Everybody who has been involved in the installation, testing and commissioning of our NeXTimber equipment should be proud of what we’ve accomplished.”

The newly commissioned CLT line, co-located at Timberlink’s Tarpeena, SA, manufacturing facility, can produce panels up to 16M long and 3.5M wide and will unlock significant capability to manufacture mass timber building products in Australia. Mass timber products like CLT and GLT offer an alternative to traditional construction materials and can help to reduce the embodied carbon of a project.

The NeXTimber by Timberlink team are now accepting orders for CLT and GLT as the facility is scheduled for full production by the end of this month. To learn more visit www.nextimber.com.au.

Photo: David Oliver, Timberlink Chief Marketing, Sales & Corporate Affairs Officer

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USNR in Chile

Major order for USNR in Chile

USNR has announced the order of a complete sawmilling system to the Chilean company Foraction Chile. This highly advanced production line is designed to process Radiata Pine and will be installed at a greenfield site in the Los Rios region about 800 km south of Santiago.

The scope of the contract is a complete sawmill – from the debarker/log sorter optimizer, through the log breakdown equipment, finishing with the trim/sort/stack line. This project marks one of USNR’s most comprehensive undertakings outside of North America and Europe.

The saw line will be a European-style Merry-Go-Round line that has proven to be very successful in Chile throughout the years. The primary sawing machines will be Sawmaster 1600 band saws arranged in a quad configuration. In this iteration of USNR’s ever-evolving Merry-Go-Round concept, there will be an additional chipper canter and a Circular Saw 700 gang saw. This arrangement makes it possible for certain log sizes to pass straight through the saw line, thus maximizing the productivity on all sawing patterns.

Catech XT edger optimizer
Catech XT edger optimizer

A complete, 45-bin green sorting and stacking line completes USNR’s portion of the project. Main components in the sorting line include a Revolver Lug Loader, Multi-Track Fence, and a Multi-Saw Trimmer. The stacker line features a catching lug tier-forming table in front of USNR’s Low-Profile Stacker with an overhead tier management system to ensure maximum productivity.

In addition to the equipment supplied by USNR, USNR’s partner in Chile, Solecia, will be responsible for supplying the log sorting line, log infeed equipment, and residual handling equipment for this project.

USNR along with our partner Solecia has a long history in Chile, with many installations and devoted customers. This order reinforces USNR’s strong position in the Chilean market and USNR’s position as the leading supplier of Radiata Pine processing technology.

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breweries

Tree plantings needs Wood First policy

OPINION: Billion Trees will fail without Wood First policy

(Marty Verry is CEO of Red Stag group, which operates the Southern Hemisphere’s largest sawmill and has investments in over 3,000 ha of forestry, a pre-fabrication plant and property developments.)

Would you invest $481 million in growing a product on the assumption that the price and demand for it in China in 28 years will be the same as it is now? Of course not. But you are. We all are through the Billion Trees programme.

China takes seventy-five percent of New Zealand’s logs. You could say we have all our logs in one basket. So the question nobody has asked is, will the demand for our trees be there in twenty-eight years and at what price?

Tens of thousands of hectares of farmland has been snapped up by investors, giddy with grants from the $481 million Provincial Growth Fund allocation to the Billion Trees programme. They have pushed land prices up forty-five percent according to the Real Estate Institute of New Zealand.

Farming communities are up in arms at the rapid change, and rightly so in my view. No so much because trees are bad (they are great), but because many of these forests could become investment failures, never to be harvested, and a fire and forest disease risk for decades. A white elephant in every rural road.

So why the doomsday scenario, and what can be done about it? -Firstly, a reality check on relying on China long term for our billion trees. Despite MPI targeting having two-thirds of its 50,000 hectares extra planting annually going into natives, the Billion Tree cabinet paper acknowledges most will be in plantation crops requiring harvesting and re-planting. This seems right given MPI’s own CO2 sequestration look-up tables show natives only absorb one tonne CO2 per hectare annually after fifty years. Hardly a long-term solution to climate change, and certainly not a great return for investors.

What about manuka honey? Manuka is a nursery crop for the larger natives that will eventually take over. So no long term putea for the mokopuna, as the forestry minister might describe the lack of money for the grandkids.

No, the majority of the billion trees will be radiata pine, and radiata pine needs harvesting and re-planting to make the feasibility models work and keep forests healthy. That relies on demand and pricing that covers the cost of land, planting, silviculture, harvesting and transporting the logs.

The problem arises because we are not the only country to work out trees sequester CO2, and launch a billion tree policy. There are a plethora of them around the world. India has planted a billion trees. So has Ethiopia. Pakistan has a ‘Billion Tree Tsunami’ programme underway. A UN billion tree campaign was so successful it was upgraded to a Trillion Tree programme. Even Australia has a billion tree policy.

So, will China need our one billion trees? Ten years ago it temporarily stopped harvesting to replenish its own forest estate. New Zealand’s supply shot up to forty-three percent of China’s log imports. However, it recently announced plans to increase its own forestry estate by 11 billion cubic meters by 2050. China could be producing enough of its own wood products to replace log imports from New Zealand six times over.

This is before one factors in the huge increase in supply targeting China from the rest of world and New Zealand’s own increased production, and the fact that the demand now from China is largely driven by the huge urbanisation programme underway there which will be largely complete by the time our billion trees mature.

This supply-demand imbalance is already playing out in China. Log prices there have crashed by fifteen percent in the last month on the back of huge volumes of cheap wood from Russia and Europe being back-loaded cheaply on trains that would otherwise return empty to China. The Silk Road project will make it easier still. At wharf gate returns are reportedly off up to $29/tonne locally, with logging crews reportedly being laid off as foresters can’t justify harvesting.

This is the market reality for our Billion Trees unless New Zealand can widen its markets and demand for wood products. Wood dominates in lower-rise housing in most countries, so the big opportunity is in the market for mid-rise buildings. New mass timber products such as cross laminated timber (CLT) and glulam are the enablers here.

Governments around the world have recognised the key leadership role they can take in this area, given they are typically the largest procurers of buildings in any country. Many have adopted ‘wood first’ policies for their own building procurement.

In its 2017 Election Manifesto, the Labour Party promised if elected that it would require that “all government-funded project proposals for new buildings up to four storeys high shall require a build-in-wood option at the initial concept / request-for-proposals stage. … Due to advances in engineering and wood processing technologies, we will increase the four story requirement to 10 stories.”

Research conducted for this policy established it could lead to a doubling of demand for structural timber in New Zealand.

Without it, planting one billion trees targeting China risks almost certain failure – either for the government achieving its policy goal, or ultimately for the investors holding white elephant forests.

The Wood First policy has strong broader rationale for adoption, including regional jobs and manufacturing, faster build times, cheaper, safer, less polluting construction, and the displacement of mainly imported steel and concrete which each account for around five percent of climate change emissions.

The folly of having all our logs in the China basket is becoming apparent. To date, the government has failed to implement its promised Wood First policy. What credibility does New Zealand have in international climate change accords if it fails to implement its domestic pledges?

 

Climate change

How will climate change affect plantation forestry?

New Zealand-grown Pinus radiata will be taller and slimmer in the future according to a new paper. While sequestering greater amounts of carbon, the trees will be more exposed to risks from extreme winds and wildfire.

Researchers from Crown research institutes Scion and Manaaki Whenua have considered how climate change and future biosecurity threats might affect New Zealand’s plantation forests.

Considering the effects of increasing levels of carbon dioxide on photosynthesis, the productivity of radiata pine could increase on average by 10 per cent by 2040, and double that by 2090.

Lead author, Scion’s Dr Michael Watt explains: “Increasing concentrations of carbon dioxide in our atmosphere will increase the rate at which trees grow. An increased growth rate will result in trees becoming taller and more slender.”

This study indicates that the greatest threat to New Zealand’s plantation forests is likely to come from increased wind damage as increasingly slender and taller trees will be more susceptible to damage by future wind storms. The risks of breaking or uprooting can be reduced somewhat by modified forestry practices such as timely thinning and earlier harvesting, according to co-author Dr John Moore.

Very high and extreme fire risk days are also predicted to increase, with the length of the average fire season increasing by about 70% by 2040 and 80% by 2090. Fire scientist Grant Pearce found the most fire prone regions (Gisborne, Marlborough, and Canterbury) will remain the most at risk, but that the relative increase in risk is highest in Wellington and coastal Otago, where it could double and triple to 30 days and 20 days per season, respectively.

New Zealand is currently free of any significant damaging insects, but population levels and damage may increase in the future as warmer temperatures may provide an environment for foreign species and accelerate insect development. Weeds are likely to expand their range under climate change and compete more strongly with plantations.

“A decade’s worth of research into multiple climate change effects on New Zealand’s plantation forests has been summarised here,” says Michael Watt. “Determining the magnitude of climate change effects is crucial for informing national economic strategies, forest management and offsetting increasing carbon emissions as the country progresses toward a net carbon zero economy.”