New Sky Energy, Inc.
Deane Little
4511 47th Street
Boulder, CO 80301
720-239-1174
Description
New Sky Energy is a carbon negative manufacturing company that captures and converts CO2 into useful products. Our proprietary capture technology uses salts from industrial or agricultural wastewater and CO2 from air or flue gas to produce carbonates — safe, stable solids widely used in industry and agriculture. New Sky's technology allows manufacturers, municipalities, and utilities to reduce their CO2 emissions and brine wastes by combining them into useful products. New Sky’s technology is designed so that we can locate our facilities at many different locations (e.g. on-site at a water treatment, power plant or manufacturing facility).
New Sky’s CO2 capture process is safe, sustainable and cost-effective. Unlike competing technologies, New Sky’s process generates no toxic chlorine by-product. In a first step, we convert certain waste salts and water into hydrogen, oxygen, acid, and base (sodium hydroxide), our CO2 trapping agent. New Sky’s process uses significantly less energy than conventional sodium hydroxide production and results in no toxic chlorine byproduct. In a second step, New Sky converts base to market-ready carbonates by reacting it with CO2 from ambient air or flue gas. After the CO2 capture step, all of New Sky’s products are carbon negative.
New Sky’s CO2-negative carbonates can be used to replace conventional fossil carbonates in multibillion-dollar domestic markets. New Sky plans to partner with industrial consumers of carbonates and generators of waste salts. These include glass, plastics, and paper manufacturers and desalination companies. New Sky offers carbon neutral and carbon negative products that are low in cost, high in quality, and which consume rather than produce CO2 in their manufacture. New Sky’s business model is to form joint ventures with industrial buyers of carbonates and/or producers of waste salt. New Sky also partners with utilities and manufacturers to convert their CO2 emissions into valuable products.