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Equilibrium conversion.
The equilibrium conversion obtained is 69%%.
Near equilibrium conversion and selectivity were achieved.
Uncertainty in equilibrium conversion can be very high.
The equilibrium conversion data provides the reaction equilibrium constant.
For adiabatic exothermic reversible reaction, equilibrium conversion is a function of temperature; the higher the initial feed temperature, the lower is the equilibrium conversion.
It was found that the equilibrium conversion could be greatly enhanced by the reaction coupling.
To overcome the equilibrium conversion limit we designed temperature-gradient reactor (TGR).
However, the shape of the curve of equilibrium conversion over temperature can be predicted very precisely.
The equilibrium conversion is also raised by 7% compared to the conventional process.
The equilibrium conversion is fairly high in the range of interest (300 400 °C) with a high selectivity to methane.
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