Topic
Gas heater
About: Gas heater is a research topic. Over the lifetime, 1799 publications have been published within this topic receiving 6169 citations.
Papers published on a yearly basis
Papers
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17 Jul 2018
TL;DR: In this article, a gas heater with a blow-off pipe was used to filter the filtering flue gas in the filter equipment to discharge impurity through the blow off pipe, reduced the pollution to the environment.
Abstract: The utility model discloses a gas heater convenient to filter, including water heater body, blow off pipe, outlet pipe and heat preservation, the top of water heater body is connected with the pipe ofdischarging fume, and discharges fume the bottom of pipe and be provided with filter equipment, the filter screen is installed to filter equipment's inboard, and the top of filter screen is connectedwith the filter core, the right side of filter core is provided with the baffle, the top of blow off pipe is connected with filter equipment, and the below of blow off pipe is provided with the impurity collecting box, the sealing washer is installed at the top of outlet pipe, and the right side of outlet pipe is connected with the gas pipe, it is provided with the inlet tube to fire tracheal right side, the inboard of heat preservation is provided with the inner bag. This gas heater convenient to filter, the bottom of the pipe of discharging fume is provided with filter equipment, includingfilter screen, filter core and baffle, can distinguish large -particle matter and harmful substance in the filtering flue gas in the filter equipment to discharge impurity through the blow off pipe, reduced the pollution to the environment.
3 citations
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26 Nov 1993
TL;DR: In this article, the authors proposed to shorten regeneration time by further heating low purity nitrogen for regenerating an adsorber heated by feed air on the outlet side of a feed air compressor of an air liquefying separator.
Abstract: PURPOSE: To shorten regeneration time by further heating low purity nitrogen for regenerating an adsorber heated by feed air on the outlet side of a feed air compressor of an air liquefying separator. CONSTITUTION: At first, feed air is compressed by an air compressor 1. Then, the compressed air exchanges its heat with low temp and, low purity gaseous nitrogen separated by liquefaction from an air liquefying separator 6 in a heat exchanger 2. The cooled air is sent through a water cooling column 3 to an adsorber 4 in which moisture and carbon dioxide in the air are eliminated and removed. Then, liquefying separation of the air is performed in the air liquefying separator 1. On the other hand, the low purity gaseous nitrogen subjected to heat exchange in the heat exchanger 2 is further heated in a regenerating gas heater 5 and sent to the adsorber 4, and after regeneration is performed there, it is discharged to the outside. In this way, when the adsorber is regenerated, the low purity nitrogen is used as a refrigerant for the heat exchanger. COPYRIGHT: (C)1995,JPO
3 citations
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29 Mar 1990
TL;DR: In this paper, a failsafe control of a gas heater is described, where one sensor is mounted directly in the flue and the other behind the baffles, to monitor any flow out of the side vents.
Abstract: One sensor (14) is mounted directly in the flue and the other (17) behind baffles, to monitor any flow out of the side vents in the flue, e.g. to monitor if the flue is blocked. The output signals from the sensors are connected to a processor (16) which operates a shut-off valve in a failsafe control to switch off the burners if the flue is blocked. The sensors are non linear types, with a definite characteristic. They are linked into a potential divider circuit which is monitored by an operational amplifier. A simple logic system including time delay circuits controls the operation of the shut-off valve. ADVANTAGE - Failsafe control of gas heater.
3 citations
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06 Jul 2009
TL;DR: In this article, the authors proposed a gas firing superconducting electric propulsion ship consisting of a cargo tank storing LNG, a vaporized gas supply line, and a gas heater equipped in the middle of the supply line.
Abstract: PROBLEM TO BE SOLVED: To provide a gas firing superconducting electric propulsion ship satisfactory in energy efficiency of the whole system, and low in the facility cost.SOLUTION: The gas firing superconducting electric propulsion ship includes: a cargo tank 1 (fuel tank) storing LNG 2; a vaporized gas supply line 3 sending vaporized gas 2' generated in the cargo tank 1 to a dual fuel engine 5 (driving engine) of a generator 6 as fuel; a gas heater 4 equipped in the middle of the vaporized gas supply line 3 and raising the temperature of the vaporized gas 2'; a superconducting motor 7 for propulsion driven by electric power generated with the generator 6; a heat pump 15 cooling the superconducting motor 7 to keep the temperature low; and an LNG gasification line 26 sending the LNG 2 from the cargo tank 1 as a cold source for a compression and heat radiation processing at the heat pump 15, and leading the vaporized gas 2' after the processing to the cargo tank 1 and the entrance side of the gas heater 4 on the vaporized gas supply line 3.
3 citations