October 17-19, 2018
Portland, Oregon

Mass Timber & EWP
Workshop Presentations 2018

Wednesday, October 17

Room D202

9:10 a.m.—The Mass Timber and CLT Movement

Charles Gale, Principal, Doug Fir Consulting

The mass timber industry, primarily led by cross-laminated timber, is an emerging sector of the forest product industry in North America. It comes with tremendous upside potential transforming the traditional methods of residential and medium to high rise construction. Having several environmental, social and economic advantages over traditional building materials such as concrete and steel, it has gained momentum in both demand and supply. Major barriers remain in manufacturing as current companies work to develop, adapt, refine and grow product lines and standards. Increases in availability of product are forthcoming as several new facilities are under construction and more have been proposed. The revolution of using wood is here with CLT at the helm.


9:30 a.m.—Developing a CLT and Glulam Business and Facility

Russ Vaagen, CEO, Vaagen Timbers

Russ describes the evolvement of Vaagen Timbers and provides an update on the construction of the company’s new cross-laminated timber facility in Colville, Wash. He addresses the potentially profound impact of CLT on the lumber production industry and on lumber consumption. And he weighs in on how the emergence of CLT is encouraging a new collaboration between environmental, political, architectural and forest industrial interests.


10 a.m.—Mass Timber Buildings

Ethan Martin, Regional Director, WoodWorks

As examples of successful tall wood buildings proliferate worldwide, many U.S. architects are considering how to leverage wood’s sustainability and other advantages through their own tall wood designs. Intended as a practical overview for those interested in pursuing wood’s potential, this presentation will cover the “who, what, when and where” of mass timber buildings. Following a brief discussion of history and motivators, existing tall wood projects will be used to illustrate mass timber and hybrid components, high-rise structural design concepts, and lessons learned regarding cost and schedule. Topics will also include available resources and support.


10:30 a.m.—Global Breakthrough of CLT—Markets and Technologies

Dominik Wolfschuetz, Market Research Specialist, German Woodworking Machinery Manufacturers Assn. (VDMA)

Gerhard Binder, Projecting and Sales, MINDA

Globally, cross-laminated timber (CLT) has finally made its breakthrough with new capacities not only in the U.S. but also in New Zealand, Japan, China, Russia and throughout Europe. The future of the industry seems bright, but as in every new business there are several pitfalls—especially when it comes to production. There are several manufacturing concepts in the market. The discussion focuses on the most promising systems and will highlight some of the most technologically advanced lines in the world.


11:00 a.m.—Mass Timber Partnerships

Evan Schmidt, Outreach Coordinator, TallWood Design Institute

New engineered wood products and manufacturing technologies are changing the way that we build structures, allowing us to not only build taller with wood, but generally more efficiently as well. These technologies and building methodologies must be tested and performance validated, however, to show they are buildable, cost effective, and meet or exceed standard code requirements (e.g., fire, structural, and durability). This testing and research is the focus of the TallWood Design Institute (TDI), which is a research coalition between the departments of Wood Science and Engineering (Oregon State University, OSU), Civil Engineering (OSU), and Architecture (University of Oregon). This presentation will cover the general scope of projects conducted through the TDI, looking at testing, product development, involvement with building, and an overview of the relationship between various industry partners.


11:30 a.m.—The Making of Mass Plywood Panels

Tyler Freres, Vice President of Sales, Freres Lumber

Tyler focuses on the technical and marketing advantages of the new mass plywood panel (MPP) product created by Freres Lumber and which the company manufactures at its new facility in Lyons, Ore., which started up in December 2017. In August Freres Lumber achieved certification for its MPP under an APA—The Engineered Wood Assn. standard. Freres Lumber’s MPP is the first, and currently only, MPP constructed entirely out of Structural Composite Lumber (SCL) worldwide.


TP&EE Exhibits, Lunch on Your Own


1:10 p.m.—Rising from the Ashes: Update on Swanson Group’s New Plywood Plant with Meinan Automated Green End

Steve Swanson, President and CEO, Swanson Group

Anna McCann, President, Merritt Machinery

This combined presentation provides an update on Swanson Group’s new plywood plant in Springfield, Ore. featuring Japanese manufacturer Meinan Machinery’s automated state-of-the-art lathe line. Learn how green end improvements positively impact raw material, product quality, manpower, glue and energy costs. The new Swanson plywood plant is the first in the world with in-line green veneer composing to provide a completely automated green end solution.


2:00 p.m.—High-Performance Combustion Plants

Miguel Martinez, key account manager, Sugimat

Miguel addresses a pioneering project in the wood sector which deals with artificial vision applied to biomass combustion processes. The focus is how it benefits from both an economical and energy point of view.


2:30 p.m.—Always Survival of the Fittest: Veneer and Plywood Operations and Technologies

Moderator Dick Baldwin, managing partner, Oak Creek Investment

Dick lead a panel discussion of leading experts on operational approach and enhancements in veneer and plywood operations.


Stefan Eisenkohl, Head Sales and Market Director, Baumer Inspection

Stefan’s presentation includes case examples from around the world that show an increase in quality, reduction in costs, and increased productivity due to Baumer’s process technology and equipment innovations in board inspection and analysis.