Combustion Furnace Of Natural Gas Research Articles

Study on the Application of Catalytic Combustion Furnace of Natural Gas for Heating Pottery and Purification of Pottery to Water

Study on the Application of Catalytic Combustion Furnace of Natural Gas for Heating Pottery and Purification of Pottery to Water

Study on the Application of Catalytic Combustion Furnace of Natural Gas for Heating Pottery and Purification of Pottery to Water

Study on the Application of Catalytic Combustion Furnace of Natural Gas for Heating Pottery and Purification of Pottery to Water

Study on Properties of Glazed Tiles Heated by the Low-Carbon Catalytic Combustion Furnace of Natural Gas

This experiment aims to summarize the properties of glazed tiles that heated by the low-carbon catalytic combustion furnace of natural gas. The tiles heated by the catalytic combustion furnace are more fine and glossy than the conventional ones. This conclusion provides a new way to glazed tile heating industry. Only with a better understanding of catalytic combustion, can the application benefit our environment and industry.

Study on Influence to Waste Water Treatment Plant’s Sludge by Low-carbon Catalytic Combustion Furnace of Natural Gas

There are two parts in this experiment. One of is about the concentration of Variation of exhaust gas while heating sludge of waste water treatment plant. The other one is about introduce the problems of the traditional incineration processes of sludge of waste water treatment as compared between the sludge heated by natural gas catalytic combustion furnace and the tradition’s. We can see that natural gas low-carbon catalytic combustion furnace realize the near-zero emission of contaminates.

Study on Influence to the Ceramic Glaze Color of Environmental-Friendly Pottery Brick by Low-Carbon Catalytic Combustion Furnace of Natural Gas

This experiment consists of two parts. On the one hand is about the concentration of Variation of exhaust gas when heated potteries .On the other hand is about the compared between the potteries (Tang Dynasty) heated by natural gas catalytic combustion furnace and the traditional firing of the glaze. The potteries fired by catalytic combustion furnace could be used for decorating are not only more fine and glossy than the traditional, but also more translucent. Therefore, the potteries made by catalytic combustion furnace will be applied in decoration industries, such as decorative murals.

Research on the Application in Glazed Tile Heating of the Low-Carbon Catalytic Combustion Furnace of Natural Gas

This experiment aims to summarize the regular pattern of low-carbon catalytic combustion furnace of natural gas used in glazed tile heating. The tiles used for decorating which are heated by catalytic combustion furnace are more fine and glossy than the conventional ones, moreover, pollutant emission produced in productive process is much less than before. This conclusion may provide a new way to glazed tile heating industry, and at the same time, provide a general method of using the catalytic combustion furnace.

Study on Low-Carbon Catalytic Combustion Furnace of Natural Gas and the Application in Pottery Industry

By doing inside the catalytic combustion furnace with Pd-based honeycomb monoliths of lean natural gas-air mixtures and measuring temperature field and the composition of flue gas, the exhaust gas of Low-carbon catalytic combustion furnace of natural gas can be analyzed and discussed. In addition, the catalytic combustion furnace in the pottery was also investigated, which can reduce the pollutant emission of the product process, and reduce global warming.

Study on Earthenware and Exhaust Gas Made by Low-Carbon Catalytic Combustion Furnace of Natural Gas

In the paper, based on the results of lean gas furnace temperature field, the study was carried out on heating earthenware. Compared with earthenware which heated with electric furnace, earthenware heated with Low-carbon Catalytic Combustion Furnace was having apparent advantages. The content of the pollutants in exhaust gas was detected during heating in the same time. It would be the conclusion that a trace of pollutants was produced in the highly clean combustion furnace production process, from analyzing and comparing the data under the condition of heating with earthenware and heating without earthenware in the catalytic combustion furnace.

Research on Heating Clay by Low Carbon Catalytic Combustion Furnace of Natural Gas

This article did a research about exhaust gas constituent inside the catalytic combustion furnace with Pd-based honeycomb monoliths of lean natural gas-air mixtures and discussed the feature of the exhaust gas. In addition, the near-zero pollutant emissions of catalytic combustion burner was proved by a test report provided by NIM. From a low-carbon prospective, the application prospect of catalytic combustion furnace was discussed

Study on Earthenware Made by Low-Carbon Catalytic Combustion Furnace of Natural Gas

In the paper, based on the results of lean gas furnace temperature field, the study was carried out on firing earthenware. Compared with earthenware which fired with electric furnace, earthenware fired with Low-carbon Catalytic Combustion Furnace was having apparent advantages: exquisite appearance, shorter time of firing it and no pollution, etc. It provides experimental support for ceramics technology further improvement and solves the environmental pollution problem of traditional burners.

Simulation and Experiment of Temperature Field in Catalytic Combustion Furnace of Natural Gas

The physical model of natural gas catalytic combustion furnaces was established, furnace was simulated using ANSYS software, and verifying the validity of the simulation through the experimental test data. Simulation results and test results were analyzed, concluding that law of internal temperature field in furnace, to provide a reference for the next application of furnace

Study on Low-Carbon Catalytic Combustion Furnace of Natural Gas and the Application in Greenhouse

By doing inside catalytic combustion furnace with Pd-based honeycomb monoliths of lean natural gas-air mixtures and measuring temperature field and the composition of flue gas, the exhaust gas of Low-carbon catalytic combustion furnace of natural gas can be analyzed and discussed. In addition, we can also investigate the possibility that we use the flue gas of natural gas in greenhouse.

Research on Temperature Field and Heat Transfer inside Catalytic Combustion Furnace of Natural Gas

This article discussed the temperature field and heat transfer inside catalytic combustion furnace with Pd-based honeycomb monoliths of lean natural gas-air mixtures. The monoliths need to be ignited by gas phase combustion with the excessive air coefficient at 1.63 during the period of start-up process. After local catalytic ignition, a steady state has reached. The temperature field was measured by thermocouple K of diameter 1.0. It was shown that the temperature gradient changed according to the different position inside catalytic combustion furnace. When the furnace was used for heating equipment, heat transfer included mainly heat radiation and convection. For high radiation heat, local surface temperature of monoliths plays a decisive role.