Project: Horticultural and Environmental Sciences Innovation Centre (HESIC) Greenhouse

Construction is well underway on a new, state-of-the-art greenhouse, which will plant the seeds for more innovation to benefit students and industry.

About the Project

NC has broken ground on a new, state-of-the-art greenhouse, which will plant the seeds for more innovation to benefit students and industry.

The new greenhouse – whose future home will be behind the existing Teaching Greenhouse – will be a place for horticultural and environmental research and education to flourish.

It will be a hub for the College’s Horticultural & Environmental Sciences Innovation Centre (HESIC), which aims to meet growing demands for applied research services from industry and together, with the existing Teaching Greenhouse, will provide an expanded learning environment and new opportunities for students in NC’s School of Environment and Horticulture.

The new greenhouse is jointly funded by Niagara College and the Federal Economic Development Agency for Southern Ontario, Niagara Region Economic Development, Canadian Foundation for Innovation, and Ontario Research Fund, with opportunities for community members and other college supporters to participate in the project.

Ontario’s greenhouse industry is one of the most important and fastest-growing economic sectors in Canada with 1,000 greenhouses and 14.4 million square metres of harvested area. Ontario employs more than 16,000 people in the greenhouse sector, which has more than $1.7B in sales and $79M in exports.

Timeline: In the coming months.

For more information, please read our media release.

Key Highlights and Sustainability Features

  • 1,258-square-metre greenhouse
  • Five individually contained bays with temperature and lighting control
  • Horticulture research laboratory
  • Biofuel boilers to allow for flexibility to connect to biogas in future
  • In floor heating in header house for energy efficiency
  • Locally sourced wood cladding (renewal)
  • High performance envelope design exceeding building code requirements
  • High performance triple glazed windows with solar shading overhangs
  • Low flow plumbing fixtures
  • Use of products with recycled content
  • Venlo style Greenhouse makes use of natural ventilation
  • Polycarbonate exterior for increased insulation in growing bays
  • Systems and materials were selected with performance, durability and safety and ease of maintenance in mind

Stages of Completion

  1. Planning and consultation
  2. Project plan approval
  3. Prime consultant procurement
  4. Design development
  5. Municipal approvals
  6. Construction procurement
  7. Construction
  8. Move-in
  9. We
    are
    here
    Opening for students and employees (stay tuned)

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