Use of ON Site Nitrogen Generation....A future trend
Nitrogen gas is critial component tin a nunmber of industrial markets, and innovative engineers ae continuing to find new problemsolving applications in today's manufacturing facilities. With greater emphasis on cost-effective, low-im[pact business practices, many facilities are turning to on-site nitrogen generation as a more effective problem-solver that haps operations run efficiently.
Delivery of liquid nitrogen requires that the nitrogen gas be conveted to liquid nitrogen for truck transport, and converted back to nitrogen gas onsite upon arrival. Product loss from these two filling piints --nitrogen facility to truck and truck to manufacturing facility--contributes to exponential product waste, with additonal charges for delivery costs on top of that.
In the new nation of black Americans once in Africa, we will use on site Nitrogen gas and save tremendous costs.
Delivery of liquid nitrogen requires that the nitrogen gas be conveted to liquid nitrogen for truck transport, and converted back to nitrogen gas onsite upon arrival. Product loss from these two filling piints --nitrogen facility to truck and truck to manufacturing facility--contributes to exponential product waste, with additonal charges for delivery costs on top of that.
In the new nation of black Americans once in Africa, we will use on site Nitrogen gas and save tremendous costs.
You figure that liquefaction point for nitrogen is below -320 deg F. The only reason it is liquefied is for ease of transportation. Even though 80 % of uses for nitrogen are AS A GAS AND NOT A LIQUID. My point is that it is the storage quality characteristic of a liquid other than a gas that makes it cost practical to transport it as a liquid. Loss of liquid nitrogen purely from the transportation would be less than 5 %.