Great Plains MDF Moves Forward

Great Plains MDF Moves Forward

 

Great Plains MDF announced it has selected a site for its greenfield wheat-straw based MDF plant, has added two industry veterans to its team, and has formed an alliance with a construction firm.

The company says the plant will be built in Kneehill County in Alberta, Canada. The site, which is in Equity, between Three Hills and Trochu, will house the proposed production facility and storage of wheat straw. The site is approximately 90 km (56 miles) from Red Deer, AB and 140 km (87 miles) from Calgary, AB.

The Great Plains development plan will see Great Plains pursuing permitting with all the appropriate regulators (Government of Alberta, local municipality) in the coming months with construction expected to begin in the fall of 2021.

Great Plains Innovations is the parent company of Great Plains MDF – Three Hills, which will build, own and operate the mill. Great Plains Innovations intends to build a series of similar facilities across the Canadian prairies and elsewhere over the next 10 years. Great Plains MDF reports it has spent years researching and developing a process to make high quality medium density fiberboard out of agrifibers, using no-added formaldehyde.

Great Plains MDF also announced the appointment of two MDF veterans to its sales and operations teams. Lanny Hammock will serve as Vice-President, Sales & Marketing, while Wade Gregory will serve as Vice-President, Operations.

Earlier, Great Plains MDF announced it has signed a partnership agreement with PCL Construction toward the building of the wheat straw MDF plant.

Great Plains and PCL expect to complete their pre-construction work over the next few months.

PCL is a group of independent construction companies that carries out work across  Canada,  the U.S., the Caribbean, and in Australia. Together, these companies report an annual construction volume of $9 billion, making PCL the largest contracting organization in Canada.

 

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New Company May Finally Give Relevance To Old Scrimber Technology Using Bamboo

New Company May Finally Give Relevance To Old Scrimber Technology Using Bamboo

 

A bamboo engineered building product called GRASSBuilt is being manufactured at a small plant in Meridian, Miss. The patented technology, owned by TimTek, LLC and licensed to GRASSBuilt LLC, involves merging long strands, called scrim, coating with adhesives and steam–pressing to produce bamboo billets, which are further processed for various end-uses.

“Applying the TimTek process to bamboo has really proven to be the perfect marriage,” says Nicholas Wight, vice president of GRASSBuilt. “The process results in what can be described as ‘super bamboo,’ and is extraordinary as a base building material for superstructures, flooring, cabinetry, furniture and a host of other possibilities.”

The company reports that its aim is to shift the dynamic of nearly 90% of all bamboo products in the world being exported from Asia, with China alone accounting for 65% of world exports.

Creating a fully integrated and diverse bamboo economy in North America is the vision of GRASSBuilt founding partner, Sean Hemmings. “I’ve been involved in the bamboo trade for over eight years,” Hemmings says. “Worldwide, bamboo represents a $30 billion industry for China alone. There’s no reason the United States can’t become a vital part of the global bamboo equation and foster our own bamboo-based economy right here in America—especially since the U.S. and EU represent 78% of total end-user consumption of the bamboo-based products currently available.”

Hemmings’ plan centers on sourcing species of bamboo from Mexico and the United States. The Meridian plant currently procures its bamboo from Mexico, where prior to shipping to the U.S. the bamboo is pre-processed, which involves splitting the bamboo culm (stem) apart and planing the inside and outside surfaces to remove the natural waxy substance that won’t bind to adhesive. Another pre-processing step is heating the material in an autoclave with no oxygen in order to carbonize the fiber (a form of thermal modification).

Once the bamboo slats arrive in Meridian they’re run through a scrimming (crushing) mill, coated with adhesives and steam-pressed. The Meridian mill is building inventory of the billets to fulfill orders. It reportedly has had some installations, such as for flooring in Florida, and at Mississippi State University where cut-up billets have been installed as paneling.

“Many Eastern economies, including China, focus on employing as many people as possible,” Hemmings says. “At GRASSBuilt, we look forward to creating new jobs, but also to infusing our innovative, new technology into the equation of bamboo building materials.”

Hemmings adds that GRASSBuilt’s proprietary method of processing bamboo coupled with the plant’s inherent sustainable attributes make bamboo a premier building material for any project that desires to maximize its USGB, and LEED opportunities.

“GRASSBuilt products meet or exceed the most stringent of federal and state regulations for sustainable building initiatives,” Hemmings says. “The same cannot be said for much of the imported bamboo materials. At GRASSBuilt we’re 100% committed to being as sustainable and reliable as possible, and 100% transparent with our materials’ eco-quotient and consumer protection regulations.”

Hemming says bamboo has harvesting rotations of four to six years with certain types growing 2-3 ft. per day. He believes the finished engineered building material will compete in some structural applications, as well as many if not all decorative applications, and find applications in the furniture market.

Increasing sustainability regulations in the construction market, a desire to lessen dependence on imported goods and materials (particularly from China), and the manufacturing trend of bringing manufacturing jobs back to the United States after decades of outsourcing all combine to produce a new supply chain economy, according to Hemmings, which he refers to as the “Bam-Boom.”

“I’m not aware of any other U.S. manufacturing firm which is beating China at its own game,” Hemmings adds.

The TimTek manufacturing process stems from a product called Scrimber that was started in Australia in the mid 1970s. The manufacturing process was that pine or other species logs in small diameters would run through a scrimming machine where the log was crushed to form a mat of interconnected long strands, followed by drying, adhesives application, layup and compression, steam pressing, cutting-to-size and finishing.

In 2000 a forest products industry veteran and former long-time Georgia-Pacific corporate director of forest resources, Walter Jarck, spearheaded the formation of TimTek and gained exclusive rights to Scrimber research and technology.

But the technology or product has never found commercial success with wood species. The small Meridian manufacturing plant exists because a previous venture there had a license agreement with TimTek and planned to use wood, but the last recession killed that project.

Reportedly, a plan to build a manufacturing facility in Canada, possibly Quebec, and also using wood, had significant private and government investment behind it but fell through only a couple of years ago.

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Support For Tall Timber Reaches New Heights In ICC Building Code

Prescriptive requirements for wood structures up to 18 stories were among the additions preliminarily approved for the International Building Code following the work of the International Code Council’s ad-hoc Tall Wood Buildings Committee.

Wood is widely recognized as a carbon-neutral building material, but its use as a structural material has been mostly limited to residential and low-rise buildings due to its combustible nature. Through recent advances in manufacturing and engineering, wood in the form of mass timber products is increasingly attracting interest as a structural system for tall buildings.

Portland, Ore., recently saw the completion of the eight-story Carbon12, currently the tallest wood building in the United States. Still, progress has been slow in this country as compared to Europe or Canada, where the 18-story-tall Brock Commons, in Vancouver, stands as the tallest timber structure in the world. One significant issue inhibiting widespread adoption in the U.S. is prescriptive building codes, which currently limit the height of wood buildings to 85 feet, or six stories. In December 2015, the International Code Council (ICC) formed an ad-hoc committee to study the impact of tall wood buildings on the building code with the membership voting on the adoption of proposed changes on Oct. 24.

The ICC’s International Building Code (IBC) classifies a high-rise building as any building with an occupied floor 75 feet above the lowest level at which fire department vehicles can access. The 2018 IBC defines heavy timber structural members as Type IV construction, which also includes a range of wood products, such as solid sawn timber, glue-laminated members, and composite wood members. The term mass timber, however, comprises both heavy timber as well as engineered products, many of which the IBC does not reference, such as cross-laminated timber (CLT).

Heavy timber construction is currently limited to a height of 85 feet. Architects can design taller wood structures, but they must demonstrate that the design meets the prescribed code and performs as well or better than a similar concrete or steel structure. This can be a costly and time-consuming process, requiring extensive testing and documentation on the part of the design team and building owner.

Read more on this from Architect Magazine at https://www.architectmagazine.com/technology/support-for-tall-timber-reaches-new-heights-in-the-building-code_o.

Wood Construction Pushes Forward On Both Sides Of The Border

Wood Construction Pushes Forward On Both Sides Of The Border

 

Mass timber construction is making waves on both sides of the Canada-U.S. border, but factors in each country mean a different pace of progress.

The state of Washington is rapidly moving forward on both green construction and use of advanced wood products, but Washington State Department of Commerce forest products sector lead Brian Hatfield said the state isn’t necessarily ahead of its Canadian neighbor. “In some ways, British Columbia is ahead of us in terms of low carbon building materials,” he said.

In 2017, the Washington State Department of Enterprise Services oversaw a pilot project that built 20 kindergarten through Grade 3 classrooms using cross-laminated timber (CLT) in five school district sites in Washington. “We had a pilot district for five school districts, all single-story schools, and those have gone pretty well. They went up quickly and everyone was impressed,” Hatfield said.

The state’s 2016 supplemental capital budget included $5.5 million for the pilot project, which also measures the efficiencies of using engineered wood products through the construction process.

While Washington is taking steps to increase wood use in construction, the Province of British Columbia has pushed for mass timber and wood-focused design for the previous decade. In 2009, the Province of British Columbia put the Wood First Act into practice, which requires provincially funded projects to use wood as a primary construction material. The B.C. building code was also modified in 2009 to allow for wood buildings of up to six stories.

From Journal Of Commerce: canada.constructconnect.com.

 

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Katerra Merges With KEF Infra, Already Has $3.7 Billion In Bookings

Offsite design-build company Katerra and India-based manufacturing technology company KEF Infra have announced a merger that will see the newly formed KEF Katerra begin conducting operations in India and the Middle East. KEF Katerra, according to MEP Middle East, already has $3.7 billion in bookings.

Both companies use offsite manufacturing and technology as part of the “end-to-end” building services they provide. KEF Infra also uses robotics and automation in its manufacturing business and produces items like pre-cast concrete, prefabricated bathroom pods and aluminum and glazing facades. Katerra said it will also employ KEF Infra’s pre-cast technology in the U.S. market.

In addition to housing, the company will focus on building community infrastructure assets like hospitals and schools. Post-merger Katerra will have a total of 20 offices and 3,400 employees around the world.

Earlier this month, Katerra sealed the second of two acquisition deals in as many weeks. Those transactions, intended to increase the companies’ design capabilities in the U.S., saw the company enter into agreements with Portland, Oregon-based Michael Green Architecture and Lord Aeck Sargent in Atlanta. After those deals were complete, Katerra had 31 U.S. state architecture licenses plus credentials in British Columbia and Alberta, Canada, and saw its staff size double. Green’s area of expertise is in the use of mass timber, and it designed the T3 mass timber office building in Minneapolis. One of Lord’s focuses is sustainable, urban projects.

In addition to its plans for growth through mergers and acquisitions, Katerra also said it would open six manufacturing plants by March 2019, including a Spokane, Washington, facility that will produce mass timber. The 250,000-square-foot plant is expected to generate 4.6 million cubic feet of cross-laminated timber annually. The five other Katerra plants will manufacture standard wood panels and trusses.

From Construction Dive: https://www.constructiondive.com/news/katerras-new-company-with-indian-manufacturer-kef-already-has-37-billion/526840/