 SMART CHEMISTRY FOR A CLEANER PLANET |  WORLD CLASS ENGINEERING AND FABRICATION |  ONSITE-REGENERABLE CHEMISTRY DRAMATICALLY REDUCES OPERATING COSTS |  FIELD PROVEN TECHNOLOGY |
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NEW SKY'S AWARD-WINNING
CHEMISTRY:
OUR PRODUCTS
®
SULFURSOLVE
SulfurSolve® efficiently removes 99.9% of hydrogen sulfide from gas streams and is regenerated simply by exposure to air, dramatically reducing chemical costs and waste.
®
CARBONCYCLE
Patented in the US, China, Canada and Australia, CarbonCycle captures and converts CO2 into baking soda and produces renewable hydrogen.
AWARDS & RECOGNITIONS
SULFURSOLVE
THE WORLD'S MOST SUSTAINABLE & COST EFFECTIVE
HYDROGEN SULFIDE CONTROL TECHNOLOGY
New Sky and its manufacturing partner design, develop, and
manufacture SulfurSolve® equipment and chemicals for municipal and
industrial desulfurization of natural and biogas streams.
HOW MUCH CAN YOU SAVE?
Enter your project's gas flow and H2S levels to estimate your daily and annual savings by using SulfurSolve® instead of conventional H2S scavengers
*BASED ON ACTUAL PER POUND H2S TREATMENT COSTS FOR US FERROSORP SCAVENGER PROJECTS IN THE WASTEWATER AND LANDFILL BIOGAS INDUSTRIES
NEW SKY TECHNOLOGY MAKES A DIFFERENCE
New Sky’s sustainable technologies serve multiple industries, dramatically reducing customer costs by regenerating and reusing chemistries onsite.
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Wastewater: Biogas upgrading and odor control
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Solid waste: Landfill gas upgrading and odor control
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Geothermal energy: Vent gas desulfurization
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Oil & Gas: gas sweetening; produced water treatment; onsite, on-demand chemical production
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Industrial Wastewater: waste brines → clean water + clean chemicals
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Brewery, Winery and Biotech Fermentation: fermenter CO2 to soda ash for bottle manufacturing
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Glass Manufacturing: flue gas CO2 to soda ash for glass manufacturing
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Mining & Mineral Extraction: metal and water recovery from acid mine drainage, onsite production of acid and base
ABOUT US
Deane Little, CEO, CSO
Deane is a successful entrepreneur and interdisciplinary scientist with over 20 years of leadership, research, communications and policy experience. He conducted his Ph.D. research in Molecular Biophysics at Oak Ridge National Laboratory and Florida State University, followed by postdoctoral fellowships at Stanford Medical School and U.S. EPA. Lead inventor of New Sky’s carbon negative and gas sweetening technologies, Deane brings creative energy, scientific discipline, and strong leadership skills to New Sky’s top management position.