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Laboratory gas generators are widely utilised in the chemical and pharmaceutical sectors for a variety of purposes
Laboratory gas generators are widely utilised in the chemical and pharmaceutical sectors for a variety of purposes
A laboratory gas generator is a system that provides a continuous supply of pure gas directly to systems requiring the use of a particular gas, such as GC-MS, gas chromatograph, FTIR, ion mobility spectrometer

A laboratory gas generator is a system that provides acontinuous supply of pure gas directly to systems requiring the use of aparticular gas, such as GC-MS, gas chromatograph, FTIR, ion mobilityspectrometer, environmental chamber, gas analyzer, or applications requiringclean, dry gas. Laboratory gas generators are extensively used in variousend-use industries such as chemical and pharmaceutical industries for variousapplications, such as mass spectroscopy and chromatography to identifydifferent substances within sample, drug analysis, and drug detection. In the packagingof pharmaceutical products, nitrogen gas generators are used before it issealed and helps to create an environment made of high purity N2 gas thatprotects as well as preserves the product during transportation.

A gas generator, or an electric generator, is a mechanismfor generating mechanical force from an external source. The mechanical forceis usually used to propel a turbine instead of to provide combustion air as ina diesel engine. These gas generators are often used as stand-alone machines inlaboratories. There is a general belief that the laboratorygas generator is a boon for laboratory professionals to produce freeelectricity. But, many hurdles are expected to stop the further advancement ofthe concept. But, a positive outlook is being seen in the industry, which isexpecting a major breakthrough. Thereby, this article highlights on the keyaspects of the industry. This analysis may prove to be helpful for anypotential investors.

It is believed that there are a number of reasons due towhich the market is not providing a competitive environment for the laboratorygas generator. High cost of traditional fuel is one of the reasons due to whichthe market is blocking the progress of the technology. But, high purity ofhydrogen is expected to overcome all the hurdles and provide a clear advantageover the existing generators. In the field of research, the importance of highpurity of hydrogen is well-known. But, there are other factors also for thedevelopment of the technology such as the increase in the level of investmentfor the research and development facilities. Moreover, it is essential toprovide an affordable price for the high purity of hydrogen gas.

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