Novel Cost-Effective Solution For Enhancing Crop Production And Grass Plant Growth With Environmental Protection
BioCapital Holdings, LLC, through its subsidiary BCH BioTurf, LLC, has developed a patented, cost effective, and environmentally friendly competitive solution for grass growth and crop production, HardyRoot™. HardyRoot™ is manufactured through a fermentation process that produces specific proteins which act as key active ingredients in our formulation. We combine other natural compounds that results in a mixture of proteins having a molecular structure that gives it versatility and an impactful effectiveness.
BCH BioTurf's exciting new product, HardyRoot™ is a versatile, biologically made, protein mix that can be used in a wide array of industries, due to its diverse functionality. The hydrophilic properties of HardyRoot™, due to the alcohol and amide groups present, attract moisture already present in the soil in the form of water vapor, especially during high humidity and high heat conditions. This moisture management makes the grass heat resistant, improves water holding capacity, reduces watering requirements and minimizes everyday drought stress cycles to help control dry spots. HardyRoot™ represents the future of manufacturing, using biotechnology to make novel compounds and materials, where nature can be imitated without being destroyed.
BioTurf has developed a patented, cost effective, and environmentally friendly competitive solution for producing foam, plant growth and production. This product is made from an extract produced by a live cell factory which is made by assembling different genetic parts that direct this small factory towards the production of specific metabolites, the main component in PolyA. This process yields an extract, which is filtered and devoid of any cells (dead or live), in turn this extract can be dried to a solid form, depending on intended use.
PolyA is a versatile, biologically made, polysaccharide that can be used as a chitosan alternative or even be used in conjunction with chitosan in a wide array of industries. PolyA and similar compounds the are future of manufacturing using microorganisms to make novel compounds and materials, where nature can be imitated without being destroyed.