Global Automotive Purge Valve Market 2019-2023
A key factor driving the growth of the market is the regulatory standards on vehicular emissions. The growing environmental concerns and the shortcomings in the control of nitrous oxide and carbon monoxide emissions have led to the implementation of stringent emission standards over the years. Such emission standards are acting as a market driver, increasing the adoption rate of automotive purge valves. Furthermore, governments in developed automotive markets such as North America and Europe are driving the deployment of stringent emission standards by putting a cap on the maximum permissible limits on harmful gases, including nitrogen oxides, carbon monoxides, hydrocarbons, and particulate matter. Moreover, our experts identified that such regulatory norms and standards are driving the improvement and advances in the automotive evaporative emission control system market, which in turn, is expected to drive the automotive purge valve market during 2019-2023.
Global automotive purge valve market: Advanced simulation techniques in evaporation emission control systems
At present, vendors and OEMs are incorporating superior evaporative emission control systems within vehicles' exhausts systems, for which advanced simulation and analysis techniques are being used. In most evaporative emission control systems, an activated carbon canister is used to extract hydrocarbon emissions from the tank. Currently, OEMs are looking to optimize the size of these carbon canisters for the storage of hydrocarbons with the growing use of forced induction systems (supercharger and turbocharger) in engines. For optimization, advanced simulation techniques are being incorporated. Advanced models are being tested, wherein two advanced carbon canisters are used to simulate hydrocarbon vapor loading and purging cycles. Thus, the use of such advanced techniques and simulation models is expected to drive the improvement in design and engineering of evaporative emission control systems, thereby boosting the revenue for the automotive purge valve market during the forecast period.
“Apart from advanced simulation techniques, the growing developments in evaporative emission control system components is another factor that is expected to showcase a positive outlook. For instance, electronically operated purge valves are finding increasing applications in vehicles, as they are more efficient than conventional purge valves. They are more compact, lightweight, and efficient in terms of operation. As a result, several OEMs are now being pushed to increase the adoption rate of advanced purge valves in vehicles. Thus, such developments in evaporative emission control system components are expected to drive market growth during the forecast period,” says a senior analyst at Technavio.
Global automotive purge valve market: Advanced simulation techniques in evaporation emission control systems
At present, vendors and OEMs are incorporating superior evaporative emission control systems within vehicles' exhausts systems, for which advanced simulation and analysis techniques are being used. In most evaporative emission control systems, an activated carbon canister is used to extract hydrocarbon emissions from the tank. Currently, OEMs are looking to optimize the size of these carbon canisters for the storage of hydrocarbons with the growing use of forced induction systems (supercharger and turbocharger) in engines. For optimization, advanced simulation techniques are being incorporated. Advanced models are being tested, wherein two advanced carbon canisters are used to simulate hydrocarbon vapor loading and purging cycles. Thus, the use of such advanced techniques and simulation models is expected to drive the improvement in design and engineering of evaporative emission control systems, thereby boosting the revenue for the automotive purge valve market during the forecast period.
“Apart from advanced simulation techniques, the growing developments in evaporative emission control system components is another factor that is expected to showcase a positive outlook. For instance, electronically operated purge valves are finding increasing applications in vehicles, as they are more efficient than conventional purge valves. They are more compact, lightweight, and efficient in terms of operation. As a result, several OEMs are now being pushed to increase the adoption rate of advanced purge valves in vehicles. Thus, such developments in evaporative emission control system components are expected to drive market growth during the forecast period,” says a senior analyst at Technavio.
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