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How Nansulate® Can Help Earn Carbon Credits

How to earn carbon credits

What are Carbon Credits?

Carbon Credits were one of the outcomes of the Kyoto Protocol. They are a measure devised to reduce Greenhouse Gas (GHG) emissions. Each carbon credit represents one tonne of carbon dioxide either removed from the atmosphere or saved from being emitted into the atmosphere.

Organizations can earn carbon credits by having an energy savings/carbon reducing project registered and certified by the appropriate agency. Carbon credits can then be used to help organizations reach their carbon emissions goals, or they can be sold to other organizations for the same reason by use of a Carbon Credit Exchange.

GHG Projects:

A comprehensive document explaining the process of quantifying a GHG project can be found at ghgprotocol.org, . The GHG Protocol for Project Accounting (Project Protocol)

A GHG Project is one that quantifies a reduction in the amount of carbon emissions, thereby earning carbon credits.

How Nansulate Can Factor into your GHG Project:

GHG Project
Project Activity
Primary Effect
Possible Performance Metrics
Energy Efficiency Project Improve energy efficiency of factory, building or equipment process by insulating with Nansulate coatings Reduction of combustion emissions from generating grid-connected electricity kWh electricity consumed/m2 of space

Sample Greenhouse Gas Project

Nansulate has proven to reduce energy use in a number of applications.

-Use on buildings to reduce energy used for heating and cooling

-Use on equipment to help the equipment run more efficienty and use less energy

-Use on ducts, pipes, and tanks to reduce amount of energy used for heating and cooling

By incorporating the insulation ability of Nansulate into an energy saving project a company could earn carbon credits through their resulting reduction of energy use.

Nansulate Examples

How is Nansulate saving energy? Here are two examples.

Textile Dyeing MachingHenateks, a large textile company, used Nansulate® High Heat insulation and corrosion prevention coating on its equipment and decreased its energy use by 10% in only 4 months.

When their project is fully complete, they are estimating a minimum of 20% reduction in energy usage.

Financially this equates to a savings of approx. $580,000 per year for this one facility.

 

Heat ExchangerErenko Tekstil used Nansulate® High Heat on their heat exchangers and dyeing machines. This resulted in a reduction by 25% the amount of time used to heat three tons of water, a process that the exchangers cycle through several times daily.

This facility achieved a minimum of 20% reduction in energy use,and 10% reduction in unit material production cost. Nansulate® also improved dye lot reproducibility (consistency in the color of the dyed fabric) by providing a consistant process temperature.

 

Nansulate® is mentioned in the new report by the UK's Department for Environment, Food and Rural Affairs (Defra).

Under this study, five nanotechnological applications were subject to detailed investigation: fuel additives, photovoltaics (solar cells), the hydrogen economy, electricity storage and insulation. In these areas, nanotechnology could contribute to reducing greenhouse gas emissions by up to 2 % in the near term and up to 20 % by 2050 with similar reductions in air pollution being realised.

You can read their report, "Environmentally Beneficial Nanotechnologies: Barriers and Opportunities" on the DEFRA website.

 

Links to Learn More about Carbon Credits

www.ghgprotocol.org

The Kyoto Protocol - a Brief Summary

Chicago Climate Exchange

International Carbon Bank & Exchange

 

 

Nansulate® is Patented technology protected by U.S. and international Patents.

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