AgricUltra Advancements™

www.agricultra.com

AgricUltra Advancements™ develops processes and technologies that ensure higher fidelity indoor farming with improved natural and economic characteristics. Three areas of expertise define our capabilities: 1. Photobiology and its influence on the biological processes that govern the chemical expression and crop resilience of Cannabis, microbial death and pest control. We specialize in ultra broad spectrum UVB+A+Visible light recipes that: a) Maximize the chemical expression of Cannabis beyond genetics. b) Control mold and repel pests with deep UVB light to improve yield, reduce chemical intervention, improve compliance and allow facilities to operate with a greater margin of error. 2. Thermodynamics as it applies to LED mechanics, light quality, environmental control systems and product design. 3. Computational Fluid Dynamic (CFD) Modelling that accurately renders air velocity, CO2 distribution, moisture and temperature to: a) Make informed design decisions during product development. Make informed decisions during HVAC systems design, integration and component selection. b) Test components within an HVAC system design before they are purchased and installed. c) Discover and resolve latent issues in pre-existing facility growing environments.

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AgricUltra Advancements™ develops processes and technologies that ensure higher fidelity indoor farming with improved natural and economic characteristics. Three areas of expertise define our capabilities: 1. Photobiology and its influence on the biological processes that govern the chemical expression and crop resilience of Cannabis, microbial death and pest control. We specialize in ultra broad spectrum UVB+A+Visible light recipes that: a) Maximize the chemical expression of Cannabis beyond genetics. b) Control mold and repel pests with deep UVB light to improve yield, reduce chemical intervention, improve compliance and allow facilities to operate with a greater margin of error. 2. Thermodynamics as it applies to LED mechanics, light quality, environmental control systems and product design. 3. Computational Fluid Dynamic (CFD) Modelling that accurately renders air velocity, CO2 distribution, moisture and temperature to: a) Make informed design decisions during product development. Make informed decisions during HVAC systems design, integration and component selection. b) Test components within an HVAC system design before they are purchased and installed. c) Discover and resolve latent issues in pre-existing facility growing environments.

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Employees

11-50

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Founded

2017

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Potential Decision Makers

  • Vice President Marketing and Corporate Communications

    Email ****** @****.com
    Phone (***) ****-****
  • Product Development and Controls

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    Phone (***) ****-****
  • Principal Designer , Brand

    Email ****** @****.com
    Phone (***) ****-****

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