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High Expectations: Bringing State-of-the-Art Cannabis Construction to Denver Metro Area

Ariston Tyko started in 2015 as a family run company focused on Colorado projects. Since then, AT has expanded in size and services to include projects throughout the US. We strive to keep that small company feel by focusing on relationships with our customers, subcontractors, and vendors.

AT’s leadership has decades of experience between commercial, industrial, and residential construction. That means we will put the right management team who are best suited for each unique project in the best place to excel. We take pride in working with our clients to accelerate schedules and stay within budget.

Cannabis facility construction includes designing and building facilities for growing, processing, and packaging cannabis products. These facilities can range from modest indoor grow rooms to large-scale commercial operations spanning acres of land. This article will offer a full explanation of the cannabis facility building process, including everything from planning and design through construction and ongoing maintenance.

  1. Planning and Design:

Before beginning any construction work, it is important to develop a comprehensive plan for the cannabis facility. This strategy should include the demands of the company as well as any regulatory obligations that must be addressed.

Some key considerations when designing a cannabis facility include:

  • Location: The facility’s location is critical since it affects everything from building costs to ultimate product quality. Consider the availability of resources such as water and power, the local climate, and zoning laws while choosing a location.
  • Size: The facility’s size will be determined by the scope of the operation. For instance, whereas a large, commercial facility would need tens of thousands of square feet, a tiny, boutique grow business might only need a few hundred.
  • Layout: The layout of the facility should be designed with efficiency in mind. This entails organizing the area so that people, materials, and equipment can move freely. The layout should also take into account the flow of cannabis plants from cultivation to processing and packaging.
  • Security: Security is a major concern for cannabis facilities, as they are often targeted by thieves and criminals. Security elements such as cameras, alarms, and secure access points should be included in the facility’s architecture.
  1. Construction:

When the planning and design phases are completed, the building may commence. The timeframe required to complete the construction would be influenced by the magnitude of the project.

Some key considerations during the construction phase include:

  • Building materials: The firm’s requirements as well as regional building codes will influence the construction materials employed.
  • HVAC systems: Proper temperature and humidity control are critical for growing high-quality cannabis. The facility should be equipped with HVAC systems that can maintain the ideal growing conditions for the plants.
  • Electrical systems: Cannabis facilities require a significant amount of electricity, particularly for lighting and ventilation. The facility’s electrical system should be constructed to meet its demands, including backup generators in case of power interruptions.
  • Plumbing: Cannabis plants require water and nutrients to grow, so a reliable plumbing system is essential. This includes irrigation systems for the plants, as well as drainage systems for wastewater.
  • Equipment: Cannabis facilities require specialized equipment for growing, processing, and packaging cannabis products. This may include items like grow lights, fans, dehumidifiers, and packaging machines.

Finally, cannabis facility building necessitates meticulous planning and execution to guarantee that the facility fits the demands of the business while also meeting legal criteria. Every step of the building process, from planning to design, must be carefully studied to guarantee that the facility functions at optimal efficiency.