1. Fireside
Combustion Catalyst

2. The Problem
SOx & NOx emissions caused by Industrial boilers & power stations:
Pollute the Environment
Toxic & Poisonous
Creates Smog
Boiler Inefficiencies due to poor coal quality

3. Our solution - Chinco Fireside Catalyst
... an effective process, cleanly and safely combusting coal or other carbonaceous material in a manner which enhances the environment by reducing emission of pollutants such as nitrogen oxide (NOx) & sulphur dioxide (SOx & black smoke) during the combustion process.

4. Our solution - Chinco Fireside Catalyst
NO capital outlay
NO shutdown needed
Effeciency & combustion will be increased
Conforms to ALL local & international standards
Most cost effective solution available
Sustainable – 100% Organic-Metallic Compound
Non-Toxic, Non-Piosonous & Non-Magnetic
No damage to ecosystem if spilled

5. Tried & Tested Chinco Fireside contains natural
environmentally friendly additives
which result in a highly effective
combustion catalyst.
Tried and tested in the South African
industrial market over many years.

6. The Product Chinco Fireside Treatment. Dosage 200 grams per ton coal.
Organic-Metallic Compound.
100% Catalyst.
Raw Manganese Ore Base
Non – Toxic.
Non – Poisonous.
Non – Magnetic.
No Damage to Land or Ecosystems when Spilled.

7. How does Chinco Fireside Work ?
The binding of Sulphur Dioxide (SO2) to the Transition Metal Complexes in the catalyst reduces the SO2 flue gases during the combustion process.
The resultant lower SO2 levels reduces acid formation in the flue gas passageways thereby reducing fouling and slagging

8. BENEFITS Chinco reduces particulate stack emissions
Chinco enhances combustion, improving boiler efficiency by reducing the Carbon in Ash after combustion
Reduced fuel costs
Less soot blowing required due to improved combustion process. Saves wasted energy in producing less steam for soot blowing
Improved combustion results in less Carbon in Ash thus less handling of ash and less ash disposal

9. BENEFITS cont.. Boiler efficiency improved
Ash fusion temperature is raised resulting in a more friable compound instead of hard clinker formation. This is more easily removed with soot blowers.
Less insulating fireside deposits and thus less heat transfer problems.

10. OXIDES OF NITROGEN (NOx)
NOx is a by-product of combustion – pollutant contributing to ozone, particulate matter and acid rain.
Thermal NOx is the largest contributor to the overall total NOx.
Under high temperature of combustion (1 425 °Celsius)
Thermal NOx is formed. N2 + O2 + Heat gives Nox

11. OXIDES OF NITROGEN (NOx)
Boiler NOx formation

12. NOx Emissions without Catalyst

13. NOx Emissions with Catalyst

14. Sulphur Oxide (SOx)
Limits by Governments and other organisations on Sox (SO2 + SO3) emissions are being reduced as the harmful effects become more evident.
Studies have found that SO2 is a threat to both human health and the environment.

15. SOx Emissions before Catalyst

16. SOx Emissions after Catalyst

17. Questions & Answers