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Jacel Consulting™ is dedicated to improving the environment through environmentally, economically, and socially feasible designs. The recent legalization of cannabis in Canada has resulted in a booming industry that has neglected the core values of Jacel Consulting™. The production of cannabis generates a large volume of biomass waste which in some instances is being incinerated. The concerns of incineration of cannabis biomass includes the production of greenhouse gases, social perception, and energy consumption. Targeting the biomass byproduct of cannabis, Jacel Consulting™ aims to produce a design alternative to incineration that is more environmentally, economically, and socially responsible. The design criteria include reduction of the emissions of CO2, CH4, as well as the energy consumption. For the solution to be economically effective, the maintenance, operating costs, and capital costs must be minimized. Additionally, the social impact of the design will lessen the noise and odour of the facility. All designs must comply with applicable legal regulations. Jacel Consulting™ has brainstormed several design alternatives to incineration that target the maximization of the design criteria. Landfilling was a proposed solution which reduces energy consumption yet does not minimize greenhouse gasses compared to other designs. Anaerobic digestion was prospected due to its low greenhouse gas emissions and production of a valuable biogas. Finally, the solution of composting as it can be implemented on-site at a cultivating facility, reduces energy consumption, and decreases greenhouse gas emissions. Through detailed research and calculations, composting is being perused as the proposed design solution. An Aerated Static Pile (ASP) composting system meets the requirements of the average cannabis facility in British Columbia. The compost mixture is designed to contain the correct amount of carbon, nitrogen, moisture, and operate at optimal temperatures. Jacel Consulting™ recommends a network of PVC piping beneath the windrows to circulate oxygen into the piles. The composting procedure requires that the organic waste be rotated through 3 distinct stages: active composting, curing, and a storing phase. The entire process can be managed outdoors and integrated into the growing facility’s existing property. This suggested design will act as a guide to equip cannabis facilities across British Columbia with the blueprint on how to implement a composting procedure for their space. As the initial plans are based off average statistics, each facility will have to adjust the numbers accordingly in order to accommodate their own production numbers.