A novel flue gas total heat
recovery system combining liquid desiccant dehumidification with direct contact condensation is shown as Figure 1.
coefficient of total heat
loss (H) of heated space is the sum of the coefficient of transmission heat loss (HT) and coefficient of heat losses due to ventilation (HV).
Evaluation of shield heat exchange by natural convection (caused by [DELTA]T) when calculating total heat
Zhang (South China University of Technology) introduces the systems and processes used for total heat
recovery, with special focus on energy wheels and membrane-based total heat
Calculated annually by EIA by dividing the total heat
content of natural gas consumed by the electric power sector by the total quantity received by the electric power sector.
As a standard, the total heat
release in the fixed testing time is 8 MJ/[m.sup.2] or less.
The total heat
demand for the plant is lowered up to 17% when using the heat made available in the evaporation plant to replace live steam.
The Thermal Division, of Theta House, Doman Road, Camberley, Surrey, tel:0127 641 3632, tell us this unit comes in three sizes, with total heat
transfer surface areas ranging from 0.279 to 0.836sq m.
Walls account for up to half the total heat
loss in an uninsulated building.
It is a volume of extraordinarily thin gas, where the individual atoms have a great deal of heat individually (hence the temperature), but where there are so few atoms that the total heat
over the entire corona is not as great as the temperature indicates-by far.
To obtain total heat
transmission through a building's shell, this calculation is made for each external surface.
According to EN 1264-5, the total heat
transfer coefficient htot can be used as 10.8 W/[m.sup.2] x K (1.9 Btu/ h x [ft.sup.2] x [degrees]F) for floor heating and ceiling cooling, 6.5 W/[m.sup.2]K (1.44 Btu/h x [ft.sup.2] x [degrees]F) for floor cooling and ceiling heating, and 8 W/[m.sup.2]K (1.41 Btu/h x [ft.sup.2] x [degrees]F) for wall heating or cooling (EN 1264-5 2008).
The polysulfone is transparent and has a total heat
release of less than 65 kWmin/[m.sup.2] and peak heat release of 65 kW/[m.sup.2].
The longer Konos has more output because it provides more frictional heating--70% of total heat
input at the warranted output rate.