Initially, compressed air system was deployed for substantial hydraulic accumulators. However, the charging nitrogen gas systems is the most effectual way for filling hydraulic accumulators owing to the reasons that nitrogen charging system can be determined in a straight away line from the nitrogen bottle supply. There is no need of supplementary energy to drive it. Also, the charging systems can be mobile. Hydraulic accumulators are the ideal choice when fluids are indispensable to be stored under pulsations and pressure in hydraulic systems must be minimized.
As liquids are incompressible, hydraulic accumulators use compressibility of nitrogen gas to store liquids. Nitrogen is an inert gas, which will not respond in the presence of external circumstances such as compression, heat, and pressurization. The charging nitrogen gas systems include nitrogen portable charging unit, which is a portable source of condensed nitrogen gas that is designed to meet the necessities for portable aircraft gaseous ground support.
Charging nitrogen gas systems make fast and cost controlling topping up of gas pre-charge pressure in the diaphragm, piston accumulators, and bladders. Nitrogen is the cheapest & most easily available gas in the market as compared to the other gases such as hydrogen, oxygen and other inert gases, which makes the charging nitrogen gas systems constructive for charging accumulations with nitrogen gas and thus acts as one of the major factors fueling the growth of the charging nitrogen gas systems market.
Hydraulic accumulators are utilized as energy source to actuate the brake calipers on the power turbines. An important continuance problem with all the accumulators is that they do not have appropriate nitrogen gas charging pressure at all times. The above-mentioned reason remains one of the major challenges for the charging nitrogen gas systems; thus likely to hamper the growth of the global charging gas systems market during the forecast period of 2014-2025.
This gives an opportunity for the use of gas boosters. Hence, gas boosters for filling accumulators offers a substantial growth opportunity for the global charging nitrogen gas systems market in the forecast time. Charging Nitrogen Gas Systems Market is segmented By End Use Industry into Aerospace & Defense, Aviation, Power Generation, Healthcare, Others. Charging Nitrogen Gas Systems Market is segmented By Device into Accumulators, Dampers, and Fire Suppression, Others (Pneumatic Systems). Charging Nitrogen Gas Systems Market is segmented By Geographical Region into North America, Asia-Pacific, Latin America, Western Europe, Japan, Middle East and Africa, Eastern Europe.
Europe and North America together account for the maximum share in the sales of charging nitrogen gas systems. However, the growth rate is expected to decrease in the upcoming future due to substantial reduction in the demand. The demand for charging nitrogen gas systems market is projected to increase in the MEA and Asia Pacific. Charging nitrogen gas systems such as nitrogen portable charging units are currently in service in Europe and Middle East & Far East supporting civilian airliners, business jets, and commercial helicopter applications.
Charging nitrogen gas systems are deployed globally by the England Royal air Force and nitrogen portable charging units are in service in Malaysia, Australia, and Singapore. The Key Players include Hale Hamilton, Maximator GmbH, Hydrotechnik UK Ltd, HyDAC, Hydraulics International, Inc, Accudyne Industries, and Semmco Limited among Others.
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