The Challenge Facing Coal Operations
Coal operations today face increasing pressure to balance performance, cost, and environmental responsibility. Aging systems, inefficient combustion, and tightening regulations make it harder than ever to operate efficiently and sustainably.
High emissions (NOx, SO2, CO2)
Power plants face increasing pressure to reduce harmful emissions while maintaining output. Traditional combustion methods often struggle to meet evolving environmental standards without costly upgrades.
Inefficient combustion
Incomplete combustion leads to wasted fuel, reduced energy output, and increased byproducts for disposal. This inefficiency directly impacts profitability and overall plant performance.
Slagging and maintenance issues
We look to reduce plant shut downs and increase operational production. Slag buildup inside boilers reduces heat transfer efficiency and increases downtime. Over time, this leads to higher maintenance costs and operational disruptions.
Rising regulatory pressure
Environmental regulations continue to tighten, forcing operators to find new ways to reduce emissions. Non-compliance can result in fines, restrictions, or costly retrofits. This technology ensures increased efficiency while reducing harmful emission to ensure we are being good stewards of the resources we consume while producing more electricity.
A Smarter Approach to Coal Combustion
NECTAR TECHNOLOGY uses plant-derived nano-enzymes to enhance coal combustion efficiency by modifying molecular structures before burning.
Improves fuel performance
NECTAR’s enzyme technology enhances the chemical structure of coal, allowing it to burn more completely and efficiently. This results in better energy output from the same amount of fuel.
Reduces harmful emissions
By improving combustion at the molecular level, the technology significantly lowers the production of NOx, SO₂, and CO₂. This helps facilities meet environmental standards without major equipment upgrades.
Optimizes combustion behavior
The enzyme treatment promotes a more stable and consistent burn, reducing inefficiencies and improving overall boiler performance. This leads to smoother operations and fewer combustion-related issues.
Reduces Slagging & Fouling
Improved combustion reduces unburned residues that cause slag buildup inside boilers. This helps maintain heat transfer efficiency and reduces maintenance downtime.
Key Benefits
- NOx reduction: 15–25%
- SO₂ reduction: 5–15%
- CO₂ reduction: 3–15%
- Coal consumption reduction: 1–5%
- Reduced slagging → better boiler efficiency
- Reduced heavy metals (Mercury, Lead, Arsenic)
- Boiler Shutdown Cost Reduction
- Reduces Transportation and Disposal Cost
- Better Fuel Flexibility
- Reduce Unburned Carbon in Ash, increasing the Ash Value for secondary markets
How it works
Nano-enzyme solution is applied via spray system
A plant-derived nano-enzyme solution is applied directly to the coal using a spray or mixing system. This allows the enzymes to evenly coat the coal and begin interacting with its surface before combustion.
Enzymes interact with coal at molecular level
The enzymes break down and modify the coal’s molecular structure, targeting carbon and sulfur bonds. This process improves how the coal reacts with oxygen, preparing it for a more efficient and complete burn.
Combustion becomes more efficient and cleaner
Once inside the boiler, the treated coal burns hotter, cleaner, and more uniformly. This results in reduced emissions, less unburned residue, and improved overall system efficiency.
Industries Served
Designed to deliver measurable results across the global coal value chain.
Coal power plants (U.S.)
NECTAR technology helps power plants improve combustion efficiency while reducing emissions without requiring major infrastructure changes. This allows operators to meet regulatory demands while lowering fuel consumption and operational costs.
Export coal suppliers
Applying enzyme treatment at the mine enhances coal quality before it reaches international markets. This added value improves burn efficiency for end users and increases the competitiveness of exported coal competitiveness of exported US coal.
International markets*
Coal will be consumed internationally for the foreseeable future. As we export US coal, we can help international markets become more efficient in their coal combustion and reduce harmful emission. There are several regions heavily reliant on coal, this technology provides a practical solution for improving efficiency and reducing emissions. It enables operators to modernize performance without transitioning away from existing coal infrastructure.
*(India, China, Japan, South Africa)