Simulating Lime Kiln Combustion - Hi My Name Is Cake

Thread starter unchisa
Start date Feb 12, 2010
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Simulation

In summary, simulating lime kiln combustion is done to gain a better understanding of the chemical reactions and processes involved in burning limestone in a lime kiln. This is typically achieved using computational fluid dynamics software, which allows for the study of various parameters and their effects on the combustion process. The key factors that affect lime kiln combustion include the composition and size of the limestone, temperature and flow of gases, type of fuel, and design and operation of the kiln. Simulating this process is important because it can lead to improvements in efficiency and cost-effectiveness, reduced energy consumption and emissions, and a better understanding of the impact on the environment.

Feb 12, 2010

unchisa

Hi my name is cake. um not good at enslish.

i need lime kiln combustion.
..define>>model>>specie>>transport&reaction>>?

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Feb 12, 2010

berkeman

Mentor

unchisa said:

Hi my name is cake. um not good at enslish.

i need lime kiln combustion.
..define>>model>>specie>>transport&reaction>>?

http://www.google.com/search?source...z=1T4GGLL_enUS301US302&q=lime+kiln+combustion

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1. What is the purpose of simulating lime kiln combustion?

The purpose of simulating lime kiln combustion is to better understand the chemical reactions and processes that occur during the burning of limestone in a lime kiln. This can help researchers and engineers optimize the design and operation of lime kilns, which are used to produce lime for various industrial and agricultural purposes.

2. How is lime kiln combustion simulated?

Lime kiln combustion can be simulated using computational fluid dynamics (CFD) software, which uses complex mathematical models to simulate the flow of gases, heat transfer, and chemical reactions inside the kiln. This allows researchers to study the effects of various parameters, such as temperature, air flow, and fuel type, on the combustion process.

3. What are the key factors that affect lime kiln combustion?

The key factors that affect lime kiln combustion include the composition and size of the limestone, the temperature and flow of the combustion gases, the type of fuel used, and the design and operation of the kiln. These factors can impact the efficiency and quality of the lime production process.

4. Why is simulating lime kiln combustion important?

Simulating lime kiln combustion is important because it allows for a more thorough understanding of the complex chemical reactions and processes that occur during the burning of limestone. This can lead to improvements in the design and operation of lime kilns, resulting in more efficient and cost-effective production of lime.

5. What are the potential benefits of simulating lime kiln combustion?

The potential benefits of simulating lime kiln combustion include improved efficiency and cost-effectiveness of lime production, reduced energy consumption and emissions, and a better understanding of the impact of different parameters on the combustion process. This can ultimately lead to more sustainable and environmentally-friendly lime production practices.