Sentence examples for thermal recovered from inspiring English sources

The bad well condition of thermal recovered heavy oil wells have higher requirements for the high-temperature resistance, high-pressure resistance and wear resistance of the sealing components.

Every factory is different from another so that the proposal of actions of energy savings or thermal recovers requires a detailed study of each plant considering the lay out and analysing the single processes with related energy needs and thermal levels.

First, for long-term operation the thermal energy stored must equal the thermal energy recovered.

In this way, about two-third can be covered from the estimated thermal energy needs; the rest of the thermal energy and the peaks can be covered using oil-fired hot water boilers or using the thermal energy recovered from the combustible gases contained in the geothermal water.

The two-fold objective of using the thermal energy recovered from hot process streams primarily as heating power and then as shaft power is considered.

At the same time, the cathode flow inlet temperature has a significant positive effect on the electric power at every level of current density, and especially the cathode flow stoichiometry shows significant positive effects on the electric power and negative effects on the thermal power recovered from the stack.

Table 6 reports measured data concerning the thermal power recovered and the furnaces electric consumption giving an estimation of the total melting power recovered for heating purpose (26 %, in line with references [12, 13, 14]. Open image in new window Fig. 9 Cooled induction coil of one of the furnace in an audited foundry (a).

It was assumed that biorefinery was operated using the electrical and thermal energy recovered from CHP system and the surplus electricity was exported to national grid.

A problem with the recovered thermal history, however, is that burial temperatures are under predicted based on sedimentological evidence.

The combined cogeneration system is able to generate up to 4.4 MW electrical power and 11.3 MW cooling power from the recovered thermal energy that was previously wasted.

For heat exchangers using in waste heat recovery, the consumed mechanical exergy is usually more valuable than the recovered thermal exergy.