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Air quality
Spent air from LCCH members will be routed to the indoor farm for CO2 capture before being vented out as oxygen enriched air. Energy savings in both summer and winter can be realized by utilizing the pre-conditioned residential air exhaust within the indoor farm and vice versa. This is a potential area for energy and carbon reduction though HVAC integration
Low Carbon Food Transportation
Transportation of food into the City of Kingston generates significant greenhouse gas emissions, and with rising populations, creating more emissions.1 LCCH is a full commercial scale vertical farm able to directly serve members, neighbours and the community with minimal transportation.
Architectural Features
Our design will incorporate major features such as maximizing space usage, green courtyards, accessible community spaces, and a vertical farm, among others. Each feature will contribute to the building’s overall appeal and functionality, ensuring the fulfillment of our vision.
Air quality
Spent air from LCCH members will be routed to the indoor farm for CO2 capture before being vented out as oxygen enriched air. Energy savings in both summer and winter can be realized by utilizing the pre-conditioned residential air exhaust within the indoor farm and vice versa. This is a potential area for energy and carbon reduction though HVAC integration
Air quality
Spent air from LCCH members will be routed to the indoor farm for CO2 capture before being vented out as oxygen enriched air. Energy savings in both summer and winter can be realized by utilizing the pre-conditioned residential air exhaust within the indoor farm and vice versa. This is a potential area for energy and carbon reduction though HVAC integration
Air quality
Spent air from LCCH members will be routed to the indoor farm for CO2 capture before being vented out as oxygen enriched air. Energy savings in both summer and winter can be realized by utilizing the pre-conditioned residential air exhaust within the indoor farm and vice versa. This is a potential area for energy and carbon reduction though HVAC integration
Step 1: Impact studies requested by City of Kingston Planning staff:
- Grading and Servicing Plan
- Site Plan
- Lighting Plan
- Zoning Compliance Table
- Erosion and Sediment Control Plan
- Site Plan Accessibility Checklist
- Construction Management Report / Plan
- Planning Justification
- Serviceability Report
- Stormwater Management Report / Brief
- Tree Inventory Study
- Tree Preservation Study
- Tree Preservation Plan
- Traffic Impact Study
- Noise / Vibration Study
- Archaeological Report
- Community Meeting Form
- Urban Design Study
- Shadow Study
- Wind Study
- Gas Load Summary
Step 2: City of Kingston Planning Committee and City Council approval
Step 3: Development Permits, site plan, and development charges
Step 4: Architectural prove out:
- Innovation and Integration Feasibility Study
- Business plan and Viability report
Step 5: Engineering reports for Class B Plans:
- Energy modelling Study
- Structural Engineer’s report
- Mechanical engineer’s report
- Electrical engineer’s report
- Accessibility modelling study
Step 6: Full Class B estimates:
- Architectural Class B Design drawings & specifications
- Class B construction Cost estimates
- Final Financial viability Report
- Completion Appraisal
Step 7: Apply for capital funding:
- CMHC – Affordable Housing Fund
- CMHC – Co-op Housing Development Program
- FCM – Capital Fund
- Community fund raising campaign with $20 Million goal
- Canada ICI and Dominion Lending Centres will provide a loan for up to 95% of the unfunded residential portion of the build.