Marine turbocharger market is projected to witness exponential growth due to the introduction of strict government regulations that are focused on alleviating environmental concerns and tackling climate change. Additionally, numerous technological advancements in the field of propulsion technologies are also likely to foster industry outlook.
Moreover, increasing economic development and growing customer expenditure on recreational activities are positively influencing adoption of recreational boats that use the latest of propulsion technologies to get around.
In fact, with growing demand for faster speeds and higher power throughputs in recreational sports activities, the market is likely to witness a rise in product sales during the projected study period.
According to a recent research report by Global Market Insights, Inc., global marine turbocharger market is expected to surpass $780 million by 2026.
Rising seaborne trading as well as favorable trade regulations are fueling the demand for new commercial ships. This has influenced several shipping companies to increase the cargo carrying capacities. It has also impelled the increase in ship sizes to address increasing seaborne trade.
Additionally, there is an increasing demand for improved turbocharger and engine efficiencies from ship operators to meet the IMO regulations and EEDI targets. These demands are set to emerge as the key factors that would push the marine turbocharger market trends over the forecast timeframe.
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Meanwhile, several advancements in propulsion technologies would possibly drive the market share in the forthcoming years through product advancements. One such advancement, the CFD (Computational Fluid Dynamics) technique is used in turbine blades and compressor wheels to examine the secondary and primary flow structure across impeller blades.
Likewise, use of advanced tools such as ANSYS and FEA techniques results in adaptable development processes. Due to this flexibility, turbochargers can be modified at later stages. In the projected timeframe, techniques like CFD, ANSYS and FEA are likely to positively influence the turbocharger market.
Additionally, technological advancements have also innovated marine turbocharger diversification. Products can now be designed specific to different industry demands. Advanced marine turbochargers provide improved efficiency and higher pressure ratios which reduces their environmental impact. With these benefits product adoption is likely to witness a sizable shift in coming years.
The adjustable vanes turbochargers are anticipated to experience high growth due to their ability to contribute towards the alteration of the aspect rations. This further changes turbine’s effective area.
Moreover, improvement in pressure ratios and reduced lag time are few of the benefits that enhance overall engine efficiency, it also allows flexible air management to optimize combustion. Such value-adding features would push product adoption in the industry.
With regards to the technological landscape, electric-assist turbocharger is anticipated to witness immense growth. The projected growth is being attributed to the numerous advantages it offers.
Incorporation of electric assist turbochargers offers lower level of specific fuel consumption at high speed and helps maintain variations of speed in low load conditions. Optimum fuel usage and maintenance of speed at low loads are the key factors which would positively impel the market outlook.
Companies are using methods and materials to develop lightweight structures and higher-pressure ratios. Citing an instance, in 2016, Kompressorenbau Bannewitz GmbH launched its ST27 turbocharger series. the new product is capable of delivering a pressure ratio of about 5:5:1.
Today, service providers play a crucial role in the upgradation and modernization of existing systems. These efforts are focusing on optimizing operational flexibility and reliability. With these efforts the marine turbocharger market is set to chalk out a lucrative outlook for industry expansion.
Author Name : Bhushan Tambe