The NSERC VCO research network is one of four new Strategic Networks supported by FPInnovations. The network serves to bring academic, government and industry researchers together to focus their efforts.

The NSERC VCO Network aims to provide the industry and policy makers with new advanced planning and decision support systems to design and deploy optimized from a global value chain perspective.

FPInnovations is involved in the planning and orientation of the network. It also plays a key role in transferring the research results to the industry and policy makers.

The ForValueNet research network develops a series of new and integrated models to simulate and optimize the forest-wood value chain. More specifically, three integrated model pools will be developed:

1. Process-based stand/tree/crown growth model
2. 3-D stem quality (stem geometry/wood characteristics models
3. Primary and value-added product recovery models

The integration of these models will lead to the development of integrated, value-based decision-support systems to optimize wood manufacturing processes and harvesting schedules/decisions. Also, the integrated models will serve as valuable tools for silvicultural planning aimed at enhancing forest value.

NEWBuildS is a multi-disciplinary NSERC strategic research Network for Engineered Wood-based Building Systems.

Although the wood industry is a mainstay of the Canadian economy, revenues have been focused on products intended for construction and renovation of low-rise residential buildings. The goal of NEWBuildS is to advance scientific knowledge and construction technologies that will enable wood-based products to be used in mid-rise and non-residential construction, or integrated into hybridized construction. The research program of NEWBuildS has been established in collaboration with FPInnovations, the wood industry and design community, and is organized into four linked research themes:

1. Cross laminated timber (CLT) – material characterization and structural performance
2. Hybrid building systems – structural performance
3. Building systems – fire performance, acoustic and vibration serviceability
4. Building systems – durability, sustainability and enhanced products