Mass Timber Construction and Universities

An engineered wood product used in construction, a sustainable alternative to steel and concrete.

Building using materials and methods that have a minimal environmental impact.

A material that produces fewer greenhouse gas emissions during manufacturing or use compared to traditional alternatives.

Manufacturing components of a structure in a factory to be assembled later.

Limitations in the amount of a product available from suppliers.

Using large pieces of timber for building structures.

When the costs of something are balanced by its revenue.

A factory producing goods near the place where they are used.

The number of people wanting to buy or use mass timber construction.

Mass timber's appealing visual and atmospheric quality.

A large space filled with wood and construction materials.

Various shapes and sizes of wood present.

Visible wooden structures or frameworks under development.

Drawings or written notes on a large surface (likely a board).

Possible project-related labels or technical terms on the board.

Using mass timber instead of steel and concrete can save over $1 million on a large building project.

Construction projects with mass timber are typically faster to complete than those using steel and concrete.

Mass timber construction is seen as a safer building method for workers compared to traditional materials.

A strong, engineered wood panel made by gluing together layers of wood boards in alternating directions.

The process of removing carbon dioxide from the atmosphere and storing it in a material like CLT.

A research institute promoting innovation in timber design and construction technologies using mass timber.

Mass timber allows for warm, aesthetically pleasing spaces, similar to multi-family housing.

Mass timber construction offers advantages like sustainability, carbon capture, aesthetic appeal, and strength.

The use of mass timber is increasing in the US, driven by universities and the need for sustainable alternatives.

Widespread use of mass timber, especially in forested states, can boost the forest industry.

The use of engineered wood products like cross-laminated timber (CLT) as a structural material in buildings, offering a sustainable alternative to steel and concrete.

Clemson University is developing a new cross-laminated timber floor system that spans long distances, potentially speeding up construction and reducing the need for traditional beams.

A partnership between landowners, architects, lumber manufacturers, and construction companies at the University of Maine, working to promote the use of mass timber in Maine.

Lack of knowledge and understanding is hindering wider adoption of mass timber despite its potential benefits like sustainability and speed of construction.

Michigan State University is studying the potential for local mass timber manufacturing, but it's still not clear if there's enough demand to make it financially feasible.