Hydrogen energy and its applications happen to be employed across numerous fields, such as transportation, industrial manufacturing, as well as storage of energy. It happens to have an excellent capacity to be used in renewable energy storage along with fuel cell vehicles.
The hydrogen energy application goes on to face a lot many technical issues. The fact is that its massively high explosiveness, as well as its diffusivity, goes to mean that its production, transportation, and also storage need equipment that happens to be highly specialized. Its safe and also dependable measurement has gone on to become a very focal need for the hydrogen energy sector.
Hydrogen production by way of water electrolysis
Within the electrolyzer, the pressure transmitters track the levels of hydrogen and also oxygen so as to maintain the balance and also make sure of the safety when it comes to the electrolysis process.
Barriers
There happen to be numerous unique challenges that are associated with the hydrogen production method.
- Pressure within the electrolyzer elevates during the electrolysis process, which means that the transmitter has to function in a normal way under very high-pressure conditions.
- Since the electrolyte happens to be corrosive in nature, the transmitter has to be manufactured with the use of a robust material and must be completely sealed.
- The transmitter must go on to offer a balanced performance even in case of temperature fluctuations.
- Very highly precise pressure management makes sure that a water electrolyzer hydrogen production system goes on to function with immense safety and also efficiency.
- The transmitter has to function in an adequate way, and that too for long time periods so as to lessen the costs.
Way out
Micro sensor transmitters go on to represent an ideal solution to the above challenges that are faced.
- The instrument of the company goes on to apply an overpressure technology and happens to be manufactured by way of some highly durable set of materials, thereby making them perfect when it comes to precise measurement and that too under pretty high-pressure scenarios.
- The transmitter happens to be manufactured by way of corrosion-resistant materials such as stainless steel, exclusive gold-plated coating, and also specialty alloys. These materials go on to enhance the resistance to corrosion and at the same time also add longevity to the working life of the transmitter.
- The transmitter’s broad temperature range, as well as its temperature compensation functionality, makes sure of very balanced and also dependable data on measurement.
- The transmitter goes on to make utmost use of sensing tech that’s advanced as well as very high accuracy calibration so as to make sure of precise data.
- The high quality of the transmitter’s components, as well as an optimized design on the structure, makes sure of a low failure rate and also quite decreased cost when it comes to maintenance.
Production of hydrogen by way of natural gas reforming
When producing hydrogen by way of natural gas reforming, pressure transmitters happen to be employed within the reactor along with the separation equipment. Their role happens to be to track the pressure changes and, at the same time, optimize the reaction conditions in order to enhance the efficiency when it comes to the hydrogen production process.
Barriers
The challenges pertaining to this method of hydrogen production happen to include
- The instrument of measurement has to function quite normally within the high-temperature environment that happens to be found within the natural gas reforming reactor.
- Since the natural gas reforming process functions at some very high pressures, the instrument for measuring must offer data that’s accurate and that too in a very high-pressure environment such as this.
- Corrosive gases as well as liquids are common when it comes to reforming, and hence the measurement instrument should go ahead and give out very good resistance when it comes to corrosion.
- The production of hydrogen goes on to require very responsive, precisely accurate data so as to make sure that the process parameters get optimized to their absolute potential.
- The transmitter must go on to guarantee a long-term as well as balanced operation in order to lessen the cost of maintenance.
Way Out
- Micro sensor transmitters go on to offer massively robust solutions as far as the above issues are concerned.
- The micro sensor instrumentation offers the temp-resistant materials along with advanced high-temperature compensation technology, thereby enabling the transmitter to go ahead and give out consistent performance, and that too in very high-temperature scenarios.
- The measurement tool boasts a very durable construction and also a design that is dependable, making sure of measurements that are accurate even in cases of high-temperature setups.
- The corrosion-resistant materials, as well as the special coatings, extend the life of the service by way of allowing the instrument to hold up to the effects of harsh media.
- The high accuracy as well as rapid response sensing tech goes on to offer its users very precise and also real-time pressure data that is designed to enable a production process that’s highly optimized.
- Micro sensors measuring instruments also offer long-term balance with a very low cost, all thanks to the optimized design and also very high-quality elements.
High-pressure storage of hydrogen
Pressure transmitters go on to track the pressure within the hydrogen storage tanks so as to make sure that it happens to remain in safe limits, thereby preventing the overpressure incidents at the time of storage.
Barriers
The barriers that happen to be associated with high-pressure hydrogen storage happen to be the following:
- The oxygen tanks, when it comes to the hydrogen storage, go on to function under very high pressure, which means that the pressure transmitter has to withstand the high-pressure scenarios while at the same time offer precise data measurement.
- Hydrogen gas can go on to diffuse by way of numerous materials. So as to avoid the sensor failure, the sensor housing has to be as impermeable as it could be.
- Temperature fluctuations might as well take place during the process of hydrogenation and dehydration. The pressure transmitter must go on to accommodate such alterations.
- High-pressure hydrogen storage tanks go on to represent a probable explosion risk, which means that any pressure transmitter has to feature sufficiently high safety benchmarks as well as a proof design that’s explosive.
- Pressure transmitters, when it comes to high-pressure hydrogen storage tank systems, operate in a dependable way for a very long time and happen to have a maintenance cost that’s minimal.
Way out
- Micro sensor transmitters go on to give out an apt solution to the above-raised challenges.
- Micro Sensor’s pressure transmitters can actually take into account overpressure, all thanks to the fact that they come with a robust construction as well as sensor tech that is advanced in nature. These traits happen to be the focal point of the precise measurement capacities as well as infallibility.
- The long-term stability of the sensors is assured because of the usage of low-permeability gold-plated materials along with specialized alloys, stainless steel, and, of course, sealing technology that’s advanced.
- Wide-range temp compensation functionality assures precise measurement data even during the time of fluctuations in the temperatures.
- The transmitter goes on to feature many strict safety protocols as well as very robust explosion-proofing that goes on to guarantee very safe operations, and that too under very high pressure. The instrument tends to comply with very stringent safety as well as explosion-proof benchmarks.
- The use of the instruments very high-quality elements, as well as an optimized design, makes sure of a decreased rate along with a very reduced ongoing cost.