Abstract: A multiple-loaded non-ceramic dry carrier product and method for the loading of reagent liquids, solids dissolved in liquids as solutions, suspensions, and solids heated to reduce viscosity, onto perlite, pumice, scoria, or exfoliated vermiculite or activated charcoal particles, which are used as carriers, and then dried in multiple iterations to achieve a powdered, free-flowing material for use in hydraulic fracturing processes and other uses such as environmental remediation and animal control, providing improvements in cost, carrier stability, and chemical retention properties.

Abstract: Process for internally loading liquids onto carriers and achieving time-release dry liquid concentrate. The resulting time-release dry liquid concentrates having a variety of applications, including animal attractants and repellants, down hole chemicals, flavors and fragrances of food and beverages, treatment of contaminants, fertilizers, vitamins.

Abstract: Fracturing-fluid products and a method of making up an expanded list of viable chemical carriers that improve the economic considerations and competition in the industry, improve carrier stability and chemical retention duration, and provide the most effective and safest fracturing fluid for each of the many varied conditions and varied processes which use some form of hydraulic fracturing, by loading liquids, solutions of solids dissolved in liquids, suspensions, or solids heated to reduce viscosity onto scoria, perlite, pumice, aerogels, activated alumina, fullerenes, graphite, molybdenum, magnetite, vermiculite, and activated charcoal to achieve a dry liquid concentrate (“DLC”) or slurry, for use in processes where a substance or substrate is to be expanded by a pressurized propellant and held in an expanded state by a proppant of granular solid material, including, without limitation, hydraulic fracturing for hydrocarbons, manufacturing, oil well treatment and production chemicals, biological treatment an

Abstract: A solid chemical delivery system for delivering chemicals to an underground formation. The solid chemical is formed by dehydrating amorphous silica to form anhydrous silica. High pour point well chemicals are heated to reduce viscosity then introduced to the silica and form a tablet or pelletized chemical. The pelletized chemical is coated to further time-release the introduction of the chemical. The pelletized solid chemical may be delivered to the underground formation through the well bore with a proppant and fracturing fluid.