PROJECTS

Focus Forward FIY is pleased to announce our first inaugural greenhouse project in partnership with Senator Allen Bird Memorial School in Montreal Lake Cree Nation, Saskatchewan. To be located at Camp Hope, 10 minutes outside of Montreal Lake, Saskatchewan, this educational focus program will provide six students the incredible opportunity to experience trades work first hand while earning high school credits and apprenticeship hours. As project facilitators we have ensured that the students will receive the proper training and mentorship from start to finish with the help of our tested partners at Your Choice Homes Inc. (YCH) and Almita Piling Inc. This project will be built in two stages: Stage 1) Began at the end of October, 2017, where students spent two days learning and participating in the construction of the foundation for the greenhouse, Stage 2) Is primary build, set to commence in the spring of 2018, involving a two-week construction period, both in class and on site, for the 512 sq. ft. four-season, solar powered greenhouse. Our goal for this project is to provide youth in Montreal Lake with a life changing experience while implementing a sustainable project that will provide agricultural education to the community for years to come.

This is not your typical steel frame and plastic greenhouse. Hope Garden will feature a highly insulated shell (R-35 for the walls and roof) with only the southern exposure featuring a specialized plexiglass for greenhouses generously donated by Evonik. It offers high durability with excelled light transmittance and insulation value. The overall shape being long (32’) and narrow (16’) maximizes the ability for the greenhouse to absorb sunlight while minimized heat loss. The foundation selected features an insulted concrete slab mounted on helical piles that are securely fastened below the permafrost line. Due to climate change the permafrost has become not so “perma” causing many traditionally build structure to collapse. The helical piles go beyond the permafrost ensuring the structure will remain solid even if the permafrost melts.

Suppling heat to a greenhouse thought cold winters where temperatures reach a chilling -35 degrees Celsius is challenging, typically this is accomplished with large oil or propane heating systems that are very Carbon emission intensive and have high operational costs. At Focus Forward for Indigenous Youth we strive to offer the most sustainable solutions possible in regard to the environment and operational cost. Therefore, we have selected a cold climate heat pump (capable at temperature of -30 C) that is tied to a 10 kW solar system that will provide all the power consumed by the greenhouse. What’s even better is that the solar system is designed to cover peak winter loads meaning during the summer the solar system will produce a surplus of energy. This surplus energy will be tied to Camp hope though a Solar- Net metering program with SaskPower offsetting some of their electricity costs. The Greenhouse will also feature an electric furnace built into the heat pump and a back up passive wood stove that can provide additional heating during those cold nights where the temperature drops below -30 C.

Overall the design of this greenhouse challenges the status quo of the traditionally carbon intensive greenhouse industry and provides the Montreal Lake Cree Nation community with a minimal operational cost ensuring the greenhouse will continue operating for the next seven generations environmentally conscious and economically.

• Located at Camp Hope, only 10 minutes away from the school in Montreal Lake. Camp Hope is a facility where youth can go to learn about their
• Aboriginal culture and heritage all year round.
• Important considerations were taken into account when finalizing the preferred location of the greenhouse build.
• Free of tree coverage in order for the greenhouse to have completely un-shielded sunlight to be able to optimize solar sun exposure.
• Due to the sandy terrain, the design is based on a concrete pad foundation.
• The site already consists of 6-8 cabins and a primary building for gathering and eating.

• The program consists of two stages: Stage one – build foundation, Stage two – primary build.
• Both stages include two components: 1) Theoretical classroom programming 2) Practical build site experience.
• Stage one- component specifics are to be determined by contractors from Almita Piling Inc.
• Stage two- Your Choice Homes Inc. (YCH) and their contract mentors will oversee the primary build using their Construction Worker 101 program.
• Classroom based pre-build training: YCH will provide the students with the necessary skills and understanding required to complete the build (safety training and building process workshops). Step by step YCH will walk the students through the design, the trades required, all safety codes, project execution plan, and the schedule of the project.
• Build site experience: students will gain practical hands-on experience alongside YCH mentors (framing, roofing, insulation, dry-walling, brick-laying, greentech installation).
• End of program: students are to complete a career workshop to learn about possible avenues (education and career) that they can pursue following the build.

• Contractor Mentors: Your Choice Homes Inc. (YCH) and Almita Piling Inc. as the contacting mentors for stage 1 and 2 of the greenhouse build.
• Almita Piling Inc. is a Canadian design, manufacturer and installation company for helical screws. Almita has kindly agreed to let our students get involved hands-on with the helical pile installations when building the foundation for the greenhouse.
• Your Choice Homes Inc. is based out of Saskatchewan and has had incredible success with previous builds for Indigenous communities across the province. They will employ their proven “Construction Worker 101” program using a team of specialized project managers who supervise the programs for Indigenous youth.
• For more details about our partners please visit them on their website at:
  http://www.almita.com
  http://www.yourchoicehomesinc.com
• School Personnel: A technology teacher will be on site at all times to help supervise and assist in the construction of the greenhouse. Additionally, the school has agreed to hire a new staff member whose responsibility will be to operate and maintain the greenhouse as well as provide hands-on agricultural education for all students.