英語 での Superheated steam の使用例とその 日本語 への翻訳
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
For the greatest efficiency, steam engines should be operated at the highest steam temperature possible(superheated steam), and release the waste heat at the lowest temperature possible.
It is also highly energy efficient as the fan inside the device circulates the superheated steam blasted on to the CFRP, which is then reheated with the electric heater and reused in heating the CFRP.
By virtue of pressure and superheated steam, an autoclave will destroy any micro-organisms on metal objects used in these settings, allowing for the reuse of metal objects without the risk of infection.
For the present system, therefore, a glass coating is added to the heating element substrate. This has succeeded in assuring the high durability of the heating element substrate by preventing it from coming into contact with the superheated steam.
When boiler loads or other working conditions change, it is necessary to make sure superheated steam temperature to be normal, and within allowable range of temperature variation.
The blue color of steel parts can be carried out in molten salt of sodium nitrite and sodium nitrate, or in hot air at high temperature and superheated steam above 500 °C, more commonly in concentrated caustic soda with sodium nitrite.
The initial models needed more time to generate superheated steam, leading to longer cooking time, but by making the engines higher in efficiency, the cooking time was reduced.
Superheated steam is the gaseous state of water with low oxygen conditions. This prevents oxidation of heated items and lowers the possibility of fires or explosions.
Key features of the hybrid superheated steam generator combining electricity and gas(1)Reduced power consumption With the combined use of a gas burner and electric heater, the product can reduce power consumption.
Superheated steam contains less energy per unit volume than saturated steam and can cause performance problems if not anticipated within the original steam system design.
When using the newly developed product, superheated steam is blown on the machine parts, making it possible within 3 minutes to dry hundreds of metal parts measuring several cm.
The steam temperature of the superheated steam oven in business use is usually 300°C~ 400°C. The cooking speed can be shortened in less than a half of normal business operations because the 3D heater can generate superheated steam of temperatures as high as 800°C.
By varying the ratio in which the superheated steam and hot air are mixed, the aromas, tastes and textures of the foods can be adjusted as desired. This makes it possible for completely new products with new flavors to be developed.
By applying superheated steam(i.e. a high-temperature steam over 200°C) or hot air to products in combination with electric heaters, the HD Thermogenerator can heat products in its entirety at a uniform temperature, and requires only one-tenth of the time needed by previous furnaces.
As high-temperature superheated steam at 500°C and above is said to oxidize metals, carbon, and other substances, when producing superheated steam of 600°C, this heating element substrate would quickly be worn away by corrosion if it came into contact with the superheated steam.
Main Features of the Superheated Steam High Speed Dryer(1) Greatly reduced drying time When drying machine parts with complex shapes using the conventional hot air method, moisture did not evaporate easily from the crevices in the parts.
Reuse of the exhaust heat as the thermal source of sintered ore production will improve the productivity of sinter machines. Environmental Friendliness 26 kW Power generated per sinter 1 t 132 kg-steam Steam flow per sinter 1 t(2.1 MPa-G/319°C superheated steam) Introduction of this system will allow up to about 60% of the exhaust heat from the sinter cooler to be reused as steam or electricity.
Main features of the"large-capacity hybrid superheated steam and hot-air oven"(1) Seals in the flavors of the foods to create tasty products. By using superheated steam whose effect is different from that of conventional hot air and by minimizing the vaporizing of the flavor components in the foods, it is possible to create truly tasty products.
Chubu Electric Power and Yutaka Electronics Industry believe we were highly regarded for using the thermoplastic CFRP rapid heater we jointly developed and supplied to Toyota to carry out heating processes with a hybrid heat source that combines superheated steam with an electric heater. This effort made for a significant boost in productivity compared with conventional processes, cutting energy consumption by some 80% and heating time by roughly 70.
Flue gas coolers are special heat recovery units where sensible heat contained in usually dirty flue gases is used to produce and superheat steam or to preheat process oil streams for energy conservation purposes.