- with limited oxygen access some
hydrocarbon molecules go unburned
Natural gas (and other carbon-based fuels like propane, oil, diesel, and gasoline) are used as fuel for heat, hot water, cooking, and industrial applications – e.g. in a furnace or boiler.
The hydrocarbon molecules in these fuels tend to cluster together, which results in a significant percentage of the molecules being limited from mixing sufficiently with the oxygen molecules before combustion.
Access to oxygen is critical for even combustion of the fuel. Therefore, a certain percentage of the hydrocarbon molecules go unburned in the process – due to which a 10-30% extra fuel needs to be burned to produce the same amount of heat
Quantify GAS efficiency solution
- Optimising gas magnetic technology for
efficient & sustainable gas burning
By applying specially polarised magnets around the fuel feeder pipe close to the point of combustion of the furnace or boiler (or other combustion point of the fuel), the magnetic force will pull the clustered hydrocarbon molecules apart and allow a greater number of oxygen molecules to attach themselves with the hydrocarbon molecules just prior to combustion.
Because of this, a greater percentage of hydrocarbon molecules get burned in the process, and will generate the same amount of heat needed by using 10-30% less fuel.
This solution will additionally cut down on the carbon monoxide and hydrocarbon emissions by 50%+ and Nitrogen Oxide emissions by 10%+
Reduce Natural Gas Spend by 10-30% - All types of industrial, commercial & large residential facilities Sustainability improvement - Lowers carbon monoxide and hydrocarbon emissions by 50%+ Compelling Economics - Payback in 2 years or less Performance Guarantee - Pay only for savings demonstrated Financing - Investment options with financing Tax Benefits - Tax reductions on sustainable investment Quick Installation - No shutoff time required 10-year Warranty - No ongoing maintenance Portable function - Installed on/outside the pipe Developed & manufactured in the USA