We are a Researchers & Manufacturers of Chemicals that increases the Boiler efficiency byreducing your fuel consumption.We have studied carbon thermal behavior for over 9 years and developed 6 technologieson improving combustion and heat conversion rates.1. In CFBC / AFBC / FBC coal or mixture of coal, Lignite or Biomass fuel fired boilers,fuel savings is minimum 8 to 10%.2. In FBC boilers using agricultural fuels the savings is minimum 8 to 10%.3. In Stoker / Spreader Stoker Boilers using coal the fuel savings is minimum 8 to 10%4. In Manual Fired Boilers using coal or agricultural fuel boilers the savings is minimum 13 to 15%Solutions Offered :-Our Product ApplicationCoal Intensifire : Manual Fired BoilersCarbonizer : FBC/ AFBC/ CFBC BoilersBio Intensifire : Biomass BoilersIntensiact : Stroker Fired BoilersThe technology works in the following manner :1. Heat Generated:-Organized activation of carbon atoms to result in organized combustion(Normal Combustion or Heat Generation Pattern : 1 Kg coal = 5000 Kcal / Kg then Heat release is as5000 Kcal / Kg = 150 + 200 + 150 + 120 + 90 + 180 cal ....accumulating to 5000 Kcal / kgThe generation of calories will vary and is unstable with varied energy generated multiple times.(Activated Combustion or Heat Generation Pattern : 1 Kg coal = 5000 Kcal / Kg then Heat release is as5000 Kcal / Kg = 150 + 150 + 150 + 150 + 150 + 150 cal ....accumulating to 5000 Kcal / kgThe generation of calories will be stable with single heat energy generated multiple times .2. Heat Distribution:-i. Our product is vaporizes in the system, bridging the gap between two gas particles.ii. Due to bridging of gaps, the heat resistance reduces, and heat transfer becomes efficient.iii. With the above, the heat generation and distribution achieve excellent stability.3. Heat Absorption:-i. When heat generation, distribution become's stable, the Heat Absorption by the target rises.ii. Activated combustion process ensures that the energy produced and transmitted is within the sensitivity range of the thermal absorption of the target material.iii. By synchronizing heat generation, bringing in efficient distribution, better absorption, the rate of net heat transfer increases.iv. By correcting all parameters in the path of heat, qualitative heat or thermal environment is sustained with Activated combustion Process.Advantages of this Technology:1) Power plants not only save fuel but also are able to produce more MW per MT of coal fired due to high stability in steam temperature and pressure.2) Highest thermal efficiency of the boilers up to 94%.3) Lower consumption of power in the ESP as lower coal is consumed.4) Lower power consumption of all fans, blowers, conveyors etc.5) Full accountability of coal quarterly, half yearly and yearly.6) Lower running hours of coal crushers.7) Highest life to thermal bricks as heat utilization factor becomes very high even withlower fuel consumption i.e. with low thermal load higher productivity is achieved.8) Due to multiple properties of the product highest productivity can be consistently achieved with existing equipment.9) Quickest steam response for any type of boiler. Furnace availability at all times is maximum.10) Maximum productivity is achieved without any additional equipment installation.11) Lower manpower will be needed to run equipments, as such all process parameters will be stabilized by the product itself.12) Lower labour cost per MT of produce due to higher productivity.13) Lower pollution since the product neutralizes almost 50 to 60% SO3 / SO2 emissions.14) Lower consumption of alkalis to neutralize SO2 / SO3.15) Lowest emission of CO2 per MW of power generated.