An automotive active purge pump is an electrified solution to reduce hydrocarbon evaporative emissions from the vehicle. The automotive active purge pump actively extracts hydrocarbon-laden air from the emission canister that is used to control evaporative hydrocarbon emissions in the vehicle. It is a part of the evaporative fuel processing system introduced by Continental AG, as a new advanced solution to meet stringent hydrocarbon evaporation norms and legislation around the world. Necessity to curb emission owing to the rising pollution caused by vehicle across the globe. This growing emission concerns can be handled through incorporation of the automotive active purge pump in vehicles.
Governments of various nations around the world are constantly imposing stringent norms and regulation on the automotive industry in order to lower carbon emission, caused primarily due to gasoline or diesel vehicles. This is a major factor that is likely to drive the automotive active purge pump market during the forecast period. Gasoline fuel (petrol) is highly combustible and evaporates easily.
The fumes exhausted contain benzene, when inhaled pose a health hazard. Furthermore, mega cities are witnessing increasing concerns about photochemical smog, which caused due to a combination of exhaust fumes and sunlight. Therefore, modern petrol vehicles have an on-board system to minimize hydrocarbon (HC) emissions. Increasing public preference and government emphasis and subsidies toward electric vehicles in recent years, due to emission concerns, is also expected to boost the global automotive active purge pump market during the forecast period.
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However, the automotive active purge pump possesses a few drawbacks, despite its numerous advantages. Introduction of battery operated electric vehicles and the increase in sales of these vehicles is a major restraint for the active purge pump market. Battery operated electric vehicles are zero emission vehicles which do not require an active purge pump. This is likely to hamper the automotive active purge pump market to some extent during the forecast period.
In terms of material type, non-metal is a highly attractive segment and is expected to account for a prominent share of the market during the forecast period. Developments in the field of metallurgy (material technology) have led to regular replacement of metal components with non-metals. Non-metals are economical, flexible, and lightweight. Their high molding ability to form intricate shapes and designs, especially for casing, is expected to boost the non-metal segment for automotive active purge pump market during the forecast period.
The DC motor is responsible for the actions performed by the automotive active purge pump, and hence, it is expected to offer lucrative opportunities. This in turn is projected to drive the global automotive active purge pump market during the forecast period. A brushless DC motor is used to power the automotive active purge pump. Moreover, the higher cost of the brushless DC motor is leading to higher market share of the segment. Hence, it is expected to witness significant expansion by 2026.
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In terms of manufacturing process, the vacuum forming segment is projected to expand at a prominent growth rate as compared to other manufacturing process segments during the forecast period. This is due to its ability to reduce cost of manufacturing product coupled with production time. For mass production, which is usually a part of the automotive industry, the vacuum forming manufacturing process is expected to witness considerable demand during the forecast period.
The OEMs (original equipment manufacturers) sales channel segment held a major share of the automotive active purge pump market, as compared to the other segments, owing to the higher rate of adoption and imposing emission legislation on the automotive industry. Production of the pump is expected to begin by 2019. This, in turn, is anticipated to boost the OEMs segment –during the forecast period.
The passenger vehicles segment is projected to dominate the market by 2026. The high market share held by the passenger vehicles segment is primarily ascribed to the increase in demand for passenger vehicles globally, primarily for intercity and local transport. The carry passenger vehicle segment witnessed expansion in terms of sales, owing to decline in car loan rates coupled with improved life standard in developing economies across the world.
