Fuels Exhaust Temperatures
Reference data and engineering information about fuels exhaust temperatures for thermodynamics applications.
fuelsexhausttemperatures
Overview
Engineering reference data for Fuels Exhaust Temperatures in thermodynamics.
Key Formulas
First Law
Energy is conserved — heat added minus work done.
Ideal Gas Law
Relates pressure, volume, and temperature of an ideal gas.
Heat Transfer
Sensible heat transfer.
Carnot Efficiency
Maximum efficiency between two temperatures.
Variables
| Symbol | Description | Unit |
|---|---|---|
| Internal energy | J | |
| Heat | J | |
| Work | J | |
| Pressure | Pa | |
| Volume | m³ | |
| Temperature | K |
Exhaust Temperature Data
15 rows
Appliance Type | Exhaust Temperature(°F) | Exhaust Temperature(°C) |
|---|---|---|
| Chemical Oxidation | 1350 - 1475 | 730 - 800 |
| Annealing furnace | 1100 - 1200 | 590 - 650 |
| Fluidized-bed combustion | 1600 - 1800 | 870 - 980 |
| Natural-gas fired heating appliance with draft hood | 360 | 182 |
| Liquefied-petroleum gas-fired heating appliance with draft hood | 360 | 182 |
| Gas-fired heating appliance, no draft hood | 460 | 238 |
| Glass melting furnace | 1200 - 1600 | 650 - 870 |
| Oil-fired heating appliance, residential | 560 | 293 |
| Oil-fired heating appliance, forced draft over 400,000 Btu/h | 360 | 182 |
| Conventional incinerator | 1400 | 760 |
| Controlled air incinerator | 1800 - 2400 | 982 - 1316 |
| Pathological incinerator | 1800 - 2800 | 982 - 1538 |
| Gas turbine exhaust | 700 - 1100 | 370 - 590 |
| Diesel exhaust | 1000 - 1200 | 540 - 650 |
| Ceramic kilns | 1800 - 2400 | 982 - 1316 |
Source: engineeringtoolbox.com