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MEASUR-Tools-Suite v1.0.11
The MEASUR Tools Suite is a collection of industrial efficiency calculations written in C++ and with bindings for compilation to WebAssembly.
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The chemical heat represents the heating value of unburned combustibles (CO, Hâ‚‚, and other combustibles) in the exhaust gas. Each component is multiplied by its heating value and summed.
\begin{equation}\label{eq:exhaust-gas-chemical-heat-cpp} Q_{chem} = \frac{CO \cdot 321 + H_{2} \cdot 325 + Combustibles \cdot 1020}{100}\end{equation}
| \(Q_{chem}\) | Chemical heat per unit volume \([\unit{ \btu\per\cubicFoot}]\) |
| \(CO\) | Percent CO in exhaust gas \([\unit{ \percent}]\) |
| \(H_{2}\) | Percent \(H_2\) in exhaust gas \([\unit{ \percent}]\) |
| \(Combustibles\) | Percent other combustibles in exhaust gas \([\unit{ \percent}]\) |
| \(321\) | Heating value for CO \([\unit{ \btu\per\cubicFoot\per\percent}]\) |
| \(325\) | Heating value for \(H_2\) \([\unit{ \btu\per\cubicFoot\per\percent}]\) |
| \(1020\) | Heating value for other combustibles \([\unit{ \btu\per\cubicFoot\per\percent}]\) |
| \(100\) | Percentage conversion factor \([\unit{ \unitless}]\) |
1.9.8