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Industrial Catalytic Converters Market Growth, Trends and Value Chain 2017-2027 by FMI Future Market Insights has announced the addition of the “Industrial Catalytic Converters Market: Global Industry Analysis and Opportunity Assessment 2017-2027" report to their offering. Valley Cottage, NY, May 06, 2017 --( An industrial catalytic converter is made of two columns, ceramic and metallic, and both the columns have a catalyst coating. The ceramic column provides protection from thermal and vibration shocks, and the metallic column is directly mounted on the main body. In this device, platinum, rhodium or palladium are used as catalysts and they are coated on the ceramic column, and attached to the outlet. Earlier, platinum was a widely used catalyst, but nowadays, due to the high cost of platinum, the use of rhodium and palladium is trending. While there are many types of industrial catalytic converters, two of the prominent ones are two-way catalytic converter and three-way catalytic converter. Two-way industrial catalytic converters are mainly used in some engines, such as diesel, gasoline, and others in order to decrease the emission of CO (carbon monoxide), NO (nitrogen oxide) and HC (hydrocarbons). Three-way converters are used to control highly harmful and toxic gasses emission, such as NO2(nitrogen dioxide), and nitric oxide, among others that cause smog and acid rain. Request For Sample @ http://www.futuremarketinsights.com/reports/sample/rep-gb-3496 Industrial Catalytic Converters Market: Dynamics Increasing industrialization across the world in industries, such as automobile, chemical, textile, and increasing manufacturing of electrical equipment, and steel products drives the demand for industrial catalytic converters. Additionally, stringent norms set by government authorities in various countries are influencing the demand for industrial catalytic converters. On the other hand, with the evolution of technology, the automobile industry is shifting towards electric vehicles, which will act as a restraint for the global industrial catalytic converters market. The use of non-noble metals in the manufacturing of industrial catalytic converters is a key trend identified recently. Increase in vehicle production and sales, and increase in global industrialization can foster a strong potential opportunity for this market. At the same time, fluctuating prices of some of the metals used in the manufacturing of industrial catalytic converters can be a major challenge for the market. Industrial Catalytic Converters Market: Segmentation Market segmentation of the industrial catalytic converters market on the basis of its types: Two-Way Three-Way Market segmentation of the industrial catalytic converters market on the basis of the applications: Portable Generators, Portable Heaters Furnace and Chimney Forklifts, Cranes and Lifting Equipment Air Compressors Drilling and Well-Digging Machines Pile Drivers and Bridge-Building Machinery Construction Equipment Others Market segmentation of the industrial catalytic converters market on the basis of the end use industry: Oil and Gas Chemical Metal and Mining Textile Automobile Request For TOC @ http://www.futuremarketinsights.com/toc/rep-gb-3496 Industrial Catalytic Converters Market: Regional Outlook The Asia Pacific region holds a majority of the market share as compared to other regions, followed by Europe and then North America – both of which are expected to grow at the same rate. The demand for industrial catalytic converters in countries, such as China, India, and South Korea in Asia Pacific is expected to grow, owing to the continuous growth of chemical and textile industries in the region. Europe is seen as a potential market for the industry, due to the upcoming emission standards for the reduction of carbon monoxide from various industries. Also, Europe and North America show promising opportunities for the industrial catalytic converters market, as the regions are chemical manufacturing hubs. The demand for industrial catalytic converters is anticipated to grow at a CAGR of around 8% globally over the forecasted period, which can be attributed to the increase in demand from textile and manufacturing industries. Industrial Catalytic Converters Market: Market Participants Examples of some of the market participants in the industrial catalytic converters market identified across the value chain are Bosal, Katcon, Ningbo Kesen Exhaust Gas Cleaner Manufacturing Co. Ltd., Wuxi Weifu Lida Catalytic Converter Co. Ltd., Catalytic Products International, Dcl International Inc., Standard Teco. Limited, Teco Limited, and AP Exhaust Products. Browse Full Report @ http://www.futuremarketinsights.com/reports/industrial-catalytic-converters-market Valley Cottage, NY, May 06, 2017 --( PR.com )-- Industrial catalytic converters are devices used to control the emission of toxic and harmful pollutants from exhaust gasses by converting them through a redox reaction. A redox reaction consists of either an oxidation reaction or a reduction reaction. As many countries have stringent norms pertaining to environmental safety, every industrial exhaust system should contain catalytic converters. Industrial catalytic converters find application in several industries, such as refinery, steel, and manufacturing, where the emission of toxic gasses is high. These devices are mainly used to convert harmful exhaust gasses, such as CO (carbon monoxide), HC (hydrocarbons), and NO (nitrogen oxides), among others into less toxic and harmful gasses, such as CO2 (carbon dioxide), N2 (nitrogen), and others.An industrial catalytic converter is made of two columns, ceramic and metallic, and both the columns have a catalyst coating. The ceramic column provides protection from thermal and vibration shocks, and the metallic column is directly mounted on the main body. In this device, platinum, rhodium or palladium are used as catalysts and they are coated on the ceramic column, and attached to the outlet. Earlier, platinum was a widely used catalyst, but nowadays, due to the high cost of platinum, the use of rhodium and palladium is trending.While there are many types of industrial catalytic converters, two of the prominent ones are two-way catalytic converter and three-way catalytic converter. Two-way industrial catalytic converters are mainly used in some engines, such as diesel, gasoline, and others in order to decrease the emission of CO (carbon monoxide), NO (nitrogen oxide) and HC (hydrocarbons). Three-way converters are used to control highly harmful and toxic gasses emission, such as NO2(nitrogen dioxide), and nitric oxide, among others that cause smog and acid rain.Request For Sample @ http://www.futuremarketinsights.com/reports/sample/rep-gb-3496Industrial Catalytic Converters Market: DynamicsIncreasing industrialization across the world in industries, such as automobile, chemical, textile, and increasing manufacturing of electrical equipment, and steel products drives the demand for industrial catalytic converters. Additionally, stringent norms set by government authorities in various countries are influencing the demand for industrial catalytic converters.On the other hand, with the evolution of technology, the automobile industry is shifting towards electric vehicles, which will act as a restraint for the global industrial catalytic converters market. The use of non-noble metals in the manufacturing of industrial catalytic converters is a key trend identified recently. Increase in vehicle production and sales, and increase in global industrialization can foster a strong potential opportunity for this market. At the same time, fluctuating prices of some of the metals used in the manufacturing of industrial catalytic converters can be a major challenge for the market.Industrial Catalytic Converters Market: SegmentationMarket segmentation of the industrial catalytic converters market on the basis of its types:Two-WayThree-WayMarket segmentation of the industrial catalytic converters market on the basis of the applications:Portable Generators, Portable HeatersFurnace and ChimneyForklifts, Cranes and Lifting EquipmentAir CompressorsDrilling and Well-Digging MachinesPile Drivers and Bridge-Building MachineryConstruction EquipmentOthersMarket segmentation of the industrial catalytic converters market on the basis of the end use industry:Oil and GasChemicalMetal and MiningTextileAutomobileRequest For TOC @ http://www.futuremarketinsights.com/toc/rep-gb-3496Industrial Catalytic Converters Market: Regional OutlookThe Asia Pacific region holds a majority of the market share as compared to other regions, followed by Europe and then North America – both of which are expected to grow at the same rate. The demand for industrial catalytic converters in countries, such as China, India, and South Korea in Asia Pacific is expected to grow, owing to the continuous growth of chemical and textile industries in the region. Europe is seen as a potential market for the industry, due to the upcoming emission standards for the reduction of carbon monoxide from various industries. Also, Europe and North America show promising opportunities for the industrial catalytic converters market, as the regions are chemical manufacturing hubs. The demand for industrial catalytic converters is anticipated to grow at a CAGR of around 8% globally over the forecasted period, which can be attributed to the increase in demand from textile and manufacturing industries.Industrial Catalytic Converters Market: Market ParticipantsExamples of some of the market participants in the industrial catalytic converters market identified across the value chain are Bosal, Katcon, Ningbo Kesen Exhaust Gas Cleaner Manufacturing Co. Ltd., Wuxi Weifu Lida Catalytic Converter Co. Ltd., Catalytic Products International, Dcl International Inc., Standard Teco. Limited, Teco Limited, and AP Exhaust Products.Browse Full Report @ http://www.futuremarketinsights.com/reports/industrial-catalytic-converters-market Click here to view the list of recent Press Releases from Future Market Insights


Lu Y.,Xi'an University of Technology | Zhang Y.,Xi'an University of Technology | Shi X.,Building Machinery Co. | Wang W.,Xi'an Jiaotong University | And 2 more authors.
Nonlinear Dynamics | Year: 2012

Based on the nonlinear theory, the unbalanced responses of a fixed-tilting-pad gas-lubricated journal bearing-rigid rotor system are investigated. A time-dependent mathematical model is established to describe the pressure distribution of gas-lubricated journal bearing with nonlinearity. The rigid rotor supported by a fixed-tilting-pad self-acting gas-lubricated journal bearing is modeled. The differential transformation method has been employed to solve the timedependent gas-lubricated Reynolds equation, and the dynamic motion equation has been solved by the direct integral method. The unbalanced responses of the rotor system supported by fixed-tilting-pad gaslubricated journal bearings are analyzed by the orbit diagram, Poincaré map, time series, and spectrum diagram. The numerical results reveal periodic, period-3, and quasiperiodic motions of nonlinear behaviors of the system. Finally, the effects of pivot ratio and preload coefficient on the nonlinear dynamic characteristics of the fixed-tilting-pad self-acting gaslubricated journal bearing-rotor system are investigated. © Springer Science+Business Media B.V. 2011.


Deng Y.,Building Machinery Co. | Zhou X.,Building Machinery Co. | Qi B.,Jiangsu Subiao Electrical Furnace Co. | Li X.,Hefei University of Technology | And 2 more authors.
Jinshu Rechuli/Heat Treatment of Metals | Year: 2015

Mechanical properties, microstructure and corrosion resistance of 42CrMo steel pin after QPQ treatment were compared with these of the chromium plating one through conventional mechanical property testing, metallurgical microstructure analysis and neutral salt spray testing. The results show that the comprehensive properties of the QPQ treated pin are better than these of the chromium plating one. Surface microstructure of the QPQ treatment pin is composed of dispersed nitride and tempered sorbite, and the center microstructure is tempered sorbite, while the surface microstructure of chromium plating one is tempered martensite, and the center is tempered sorbite. Compared with the chromium plating process, QPQ treatment can form a dense and uniform protective layer on the surface of pin with better corrosion resistance. In summary, the QPQ treatment can replace chromium plating process to be used in surface protective treatment of pin. ©, 2015, Chinese Mechanical Engineering Society of Heat Treatment. All right reserved.

Loading Building Machinery Co. collaborators
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