What We Do
Controlled Environment Genomics, Inc. (CEG), a division of CEG Company, Inc., specializes in the construction of state-of-the-art, fully automated vertical farms, plant genetics laboratories, and controlled environment agriculture greenhouses.. CEG’s industry leading technology provides on-site in-vitro plant tissue culture, breading, editing, and cloning capabilities. Our cutting-edge turn-key solution delivers the ability to genetically enhance the genomes of your most popular commercial verities with gene traits from the most sought-after hybrids utilizing functional pathways linked to increased yield, and quality, enhancing consumer demand and improving profitability.
CEG is improving the highest quality crops currently available on the market by providing the industry with proprietary turn-key state-of-art LED Lighting, Vertical Hydroponics. Combined Chilling Heat and Power (CCHP) Positive Pressure HVACD Systems, CEA Greenhouses, Plant Genetics laboratories, and Digital DNA Printing, Editing, & Cloning Equipment. CEG also provides access to industry leading Universities that work with us to provide you cutting edge controlled environment agriculture and digital genomics research and consulting services based on current and future market trends to help your organization increase quality, yield and profitability.
CEG was formed to bring world leading plant breeding and cloning technologies to the North American Indoor agriculture Industry. Providing breeders and growers with increased consumer demand and improved production profitability. CEG’s proprietary process utilizes advanced plant breeding and editing to develop high quality genetically enhanced hybrids for medical and industrial use. Our team of world class plant scientists and geneticists utilize innovative digital genomics technologies to develop high value varieties that possess improved levels of key compositional traits. CEG is focused on providing advanced breeding tools such as digital genome sequencing, in-vitro genetic editing and expression of molecular markers to enable breeding decisions and processes that achieve industry leading performance that is sustainable and affordable.