Today 30% of U.S. Electric Power Is Coal Fired
Coal has historically played a significant role in electricity production due to its availability and cost-effective production compared with other fuels. However, Coal is currently facing significant challenges and financial distress.
Today 30% of U.S. Electric Power Is Coal Fired
Coal has historically played a significant role in electricity production due to its availability and cost-effective production compared with other fuels. However, Coal is currently facing significant challenges and financial distress.
Challenges
- Environmental challenges of burning coal
- Clean up costs
- Competition from alternative energy sources as well as traditional fossil fuels
- High transportation, maintenance and operations costs
Sources: Energy Information Administration, Annual Energy Review, 2013; Monthly Energy Review, April 2020 (coal consumption and generation); Electric Power Monthly, February 2020 per National Mining Association
Challenges
- Environmental challenges of burning coal
- Clean up costs
- Competition from alternative energy sources as well as traditional fossil fuels
- High transportation, maintenance and operations costs
Sources: Energy Information Administration, Annual Energy Review, 2013; Monthly Energy Review, April 2020 (coal consumption and generation); Electric Power Monthly, February 2020 per National Mining Association
What if New A.G.E. increased your bottom-line revenues by 20-50%?
Our Single Process
- Produces hydrogen from fly ash, which is soon to be reclassified from industrial waste to toxic waste.
- Removes toxins, such as mercury, sulfur and arsenic from coal prior to transportation, reducing costs 25%
- Yields a new HydrocarbonPlus™ compound, that burns 35% hotter and 85% cleaner
- Lowers MRO costs by as much as 70%
- Reduces environmental remediation costs as much as 50%
- Harvests rare earth elements
- Leaves only nutrient-rich soil
- Produces zero emissions
What if New A.G.E. increased your bottom-line revenues by 20-50%?
Our Single Process
- Produces hydrogen from fly ash, which is soon to be reclassified from industrial waste to toxic waste.
- Removes toxins, such as mercury, sulfur and arsenic from coal prior to transportation, reducing costs 25%
- Yields a new HydrocarbonPlus™ compound, that burns 35% hotter and 85% cleaner
- Lowers MRO costs by as much as 70%
- Reduces environmental remediation costs as much as 50%
- Harvests rare earth elements
- Leaves only nutrient-rich soil
- Produces zero emissions
Hydrogen Power Is Coming
“Hydrogen is one of the most abundant elements in the universe and could play a significant role in the transition to a clean and low-carbon energy system. Shell has a growing network of hydrogen stations in Europe and in North America, where it is part of several initiatives to encourage the adoption of hydrogen in transport.” – Shell Global New Energies: Building A Lower-Carbon Power Business
Hydrogen Power Is Coming
“Hydrogen is one of the most abundant elements in the universe and could play a significant role in the transition to a clean and low-carbon energy system. Shell has a growing network of hydrogen stations in Europe and in North America, where it is part of several initiatives to encourage the adoption of hydrogen in transport.” – Shell Global New Energies: Building A Lower-Carbon Power Business
