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As the world pursues steady, but urgent efforts in reducing CO₂ emissions, leaders require proven energy-saving technologies ready to make immediate and impactful environmental changes from day one. A first-of-its-kind breakthrough in green nanotechnologies stands ready to serve as a key, global solution in reducing CO₂ emissions. German-engineered synthetic liquid nanotechnology, Nano LiquiTec®, delivers an average increase in energy efficiency of 25 percent in heating, cooling, and refrigeration systems – all of which account for more than 80 percent of greenhouse gas emissions in the U.S.

Energy-related CO₂ emissions primarily stem from cooling, heating, and refrigeration, according to the U.S. Energy Information Administration (EIA). Cooling is the largest use of residential electricity and refrigeration is the largest use of commercial electricity, reports the EIA. In 2016, the nation consumed nearly 3.85 trillion kilowatt-hours (kWh), the second-highest in the world. Reducing the U.S.’s annual energy usage by just one percent eliminates the CO₂ emissions equivalent of over 5,710,000 passenger vehicles driving for a year, according to calculations retrieved from the Environmental Protection Agency’s Greenhouse Gas Equivalencies Calculator webpage.

“In March of twenty seventeen, our firm conducted independent laboratory testing determining Nano LiquiTec increased capacity cool kilowatts by 40 percent,” shares refrigeration engineer and early scientific adopter of Nano LiquiTec®, Mark Bedford, of Exergy Global in Auckland, New Zealand. “This innovation delivered the most impressive performance our team has seen an energy-saving product produce. Our tests conclude Nano LiquiTec yields an average increase in energy efficiency of 25 percent – likely the highest yet of any energy-saving technology in the industry today.”

It’s the world’s first green nanotechnology engineered to solve a costly energy-reducing phenomenon called oil fouling occurring naturally in all heating, air conditioning, and refrigeration systems no matter the size, age, or climate. Nano LiquiTec® is a patent-pending, third party tested, and industry certified liquid synthetic catalyst. The innovation’s proprietary graphene and nanoparticle mixture, Graphene Dynamics®, along with its base liquid formula, generate high-efficiency gains, increase heat transfer and lubricity, extending equipment life, reducing carbon emissions, and saving energy, which also means saving money. A non-hazardous liquid, it is professionally injected into heating, air conditioning, and refrigeration systems without disrupting the flow of business.

Graphene and nanoscience are key technologies of the 21st century. Graphene is a single atomic layer of graphite, an allotrope of carbon made up of very tightly bonded carbon atoms organized into a hexagonal lattice. “Graphene breaks records in terms of strength, electricity, and in heat conduction,” explains, engineer Mark Bedford. “Graphene is a known, superior thermal conductivity enhancer and as a key Nano LiquiTec component, it undoubtedly plays a role in the product’s impressive performance.”

Benefits of Installing Nano LiquiTec®
Installing Nano LiquiTec® means creating colder vent air and faster, conserving energy at an average of 25 percent, reducing carbon emissions, and saving money. It delivers significant and measurable fuel/kWh savings and valuable processing benefits through reduced cooling times and lowers maintenance costs while extending equipment life. It is tested by Intertek Laboratories, third party tested by refrigeration engineers, and by Purdue University’s School of Mechanical Engineering (West Lafayette, Indiana). It is one money-back guaranteed to increase energy efficiency at a minimum of 10 percent, or customers are refunded completely. The product is insured and warrantied.

Nano LiquiTec® | http://www.nanoliquitec.com