Improved Energy and Operational Efficiency of Cotton Gin Stands

Cutting costs andimproving technology are important topics for cotton producers and ginners working to keep the cotton industry efficient and profitable. One significant cost, that can be reduced by improving technology, is the energy consumption of the cotton gin stand. Duringthis research effort Phygen Coatings, Inc., with the assistance of the USDA-ARS Cotton Ginning Research Unit, will investigate lowering energy consumption of the cotton gin standand improving the lifespan of critical componentsof thecotton gin standby applyinglow friction and wear resistant coatings to cotton gin standcomponentsusing our proprietary FortiPhy XVD technology.The Phase I research effort will investigate multiple different surface finishand coating combinations to fully understand the effect that the frictionof cotton gin standcomponents has on the energy consumption of the cotton gin stand. The components will first be processed, coated, and quality testedby Phygen Coatings, Inc. Next,the energy consumptionof the cotton gin standusing these coated componentswill be measuredby the Cotton Ginning Research Unit using theirtest cotton gin. This will allow us to gaina clear understanding of how the friction of the components being tested affects the energy consumptionof the cotton gin stand. The Cotton Ginning Research Unit will also test the quality ofcotton producedby the cotton gin stands when using the coated components to guarantee that cotton quality is not reduced. The anticipated result of the Phase I research effort is asignificant, measurabledecrease in energy consumptionof the cotton gin stand as a result of coatings applied to critical components of the cotton gin stand.Additionally, the beneficial high wear resistanceand corrosion resistance of Phygen'scoatings willlead to increased lifespan of gin stand components resulting in reduced waste of worn out components and reduced costs associated with labor and repairs.