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AID CLEAN FORCE™  

ACF™ is globally acknowledged as the top combustion catalyst in the world.


AID CLEAN FORCE™

Next-generation combustion catalyst


ACF™ combustion catalyst is utilized for enhancing combustion efficiency in a wide range of fuels, including fossil fuels like coal and oil, as well as alternative fuels such as biomass and coal/wood chips. This catalyst is effective across various applications, ensuring optimal performance and energy utilization.  


In terms of performance, economics, and environmental aspects, this product surpasses existing alternatives significantly.


ACF™ FUEL CATALYST


The liquid composition consists of nanoparticles, organic compounds, and enzymes that are patented. This formulation can be used directly or can be diluted as per requirement.

A Revolutionary Hybrid Combustion Catalyst: 

Experience the Power of AID CLEAN FORCE™ Nanotechnology-Based Solution


NO + NH3 -> N2 + H2O


Reaction temp. ca. 300℃

Nanoparticles induced reaction under 300℃ in the furnace


NOX reduced by 20~40%

ABSORPTION


H2S(gas) + H2O ⇀ H2S(liq) + H2O

IONIZATION


H2S(Liq) ⇋ H+ + HS-    

K1  =  6.3 x 10-8(at 25℃)

NANO REACTION


HS- + OH- + Nano-Metal+++ - chelate ⇋  So + H2O + Nano-Metal++ -chelate


SOX reduced by 20~40%

features | advantages | benefits

     Boosting Combustion Efficiency by 15-30%

     Reduce coal usage

      Attaining Carbon Credits through CO2 Emission Reductions

     Decreases Emissions of Fine Dust, NOx, and SOx Compounds

     Enhancing Clinker Fragmentation and Delaying Regrowth in Furnace

      Reduce the frequency of equipment downtime and maintenance checks for the task of clinker crushing

     Equipment Remains Unaffected by Corrosion

     Ensuring Safety through Non-Explosive Characteristics

AID CLEAN FORCE™ surpasses existing technologies in its ability 

to significantly reduce pollutants


AID CLEAN FORCE™ surpasses existing technologies in terms of effectiveness, providing more than double the effectiveness. Additionally, it has the advantage of not causing corrosion to equipment


1st Gen.| USA

•Sodium based

•Strong alkaline

•Extended usage can negatively impact combustion efficiency

•Challenging elimination process caused by solidified clinker

•Corrosion of water pipes

2nd Gen. | JAPAN

•Amine based

•Alkaline

•Prolonged use can negatively impact combustion efficiency

•Limited effectiveness in clinker removal

•Corrosion of water pipes

3rd Gen. | ACF™

•Nano composition

•Neutral (pH 6 ~ 8)

•Remarkable enhancement in combustion efficiency

•Minimizing NOx, SOx, and fine dust emissions

• Effortless elimination of clinker

• No corrosion

AID CLEAN FORCE™ is an advanced Korean technology that has been extensively researched for over 20 years


EXISTING PROCESS

Equipment Operation

Clinker Generation

Clinker Breakaway

Pipe Damage

Pipe Leakage

ACF™ PROCESS

Equipment Operation

Clinker Generation

 Restoring to its Previous Condition

Flyash before and after ACF™ treatment

Before

After

AID CLEAN FORCE™ product family

ACF™-C

Coal combustion efficiency is optimized and emissions of fine dust, NOx, SOx, etc. are reduced with the use of this catalyst

ACF™-CW

This catalyst effectively improves combustion efficiency and prevents slagging in thermal power plants during the co-firing of coal and wood chips

ACF™-D

As a catalyst for diesel combustion, it enhances efficiency in boilers, equipment, and vehicles while reducing emissions

ACF™-BK

Combustion catalyst for Bunker C oil to enhance equipment's combustion efficiency and reduce pollutant emissions

ACF™-ONI

Sewage sludge can be converted into a useful biofuel, increasing its calorific value. Similarly, organic waste like tangerine peels and corn stalks can also be transformed into valuable resources

ACF™-NAX

ACF™-SNX

ACF™-NSX

As synergists for ACF combustion catalysts, they contribute to eliminating fouling and dramatically reducing NOx and SOx



ACF™ combustion catalysts are tailored to match the characteristics, composition, 

and application requirements of the feedstock



We aim to constantly improve our technology and products, 

refusing to accept the status quo