Sprinkler pipe corrosion is a serious threat for organizations that rely on dry, pre-action, and wet sprinkler systems to protect their facilities. Internal corrosion, resulting in the formation of localized pinholes, leads to costly damage from leaks and catastrophic losses when compromised sprinkler systems are rendered inoperable during a fire.
At Gaztron Nitrogen Generation Systems, we understand the science behind corrosion and have always been committed to ongoing testing, having provided the Fire Protection Industry with the first and longest running corrosion study of sprinkler piping exposed to both compressed air and nitrogen gas. And we not only advise on sprinkler pipe corrosion, but we manufacture the most efficient and cost effective engineered corrosion solutions on the market.
Traditionally, compressed air was utilized as the source for maintaining supervisory pressure within dry and pre-action sprinkler systems. But due to the constant presence of oxygen in the compressed air, any part of the sprinkler system containing residual water left behind from hydro-testing, flow testing, or condensate accumulation is vulnerable to electrochemical corrosion.
Gaztron Engineering Systems designs and manufactures the Corrosion Inhibiting System, which effectively arrests electrochemical, galvanic, and micro-biologically influenced corrosion (MIC) by introducing up to 99.9998% pure nitrogen gas into the dry or preaction sprinkler system. The N2 also prevents ice plugs by ensuring a -10oF to -50oF dew point within the sprinkler system. As high purity nitrogen gas enters the sprinkler piping, corrosive oxygen and moisture are displaced through the N2 Auto Purge System.
Gaztron Engineering’ full suite of wet nitrogen generator sprinkler system solutions offers the right level of sprinkler pipe corrosion protection for any facility. The patent pending DeOx – Dual Vent O2-Release System provides baseline defense by helping to eliminate the corrosive air-water interface along the high points of the sprinkler pipe network. To further reduce the likelihood of electrochemical corrosion, we recommend combining the Dual Vent O2-Release System with the DeOx – N2-Inert System. The N2-Inert System is designed to rapidly pre-fill any wet sprinkler system with ultra-pure nitrogen gas and effectively displace up to 99.5% of the oxygen from within the system. And for maximum corrosion protection, look no further than the Patented DeOx – Water Deoxygenation System. After employingN2-Inert technology to target the trapped oxygen at the high points of the piping network, the Water Deoxygenation System then removes the dissolved oxygen and harmful bacteria from the fill water prior to it entering the wet sprinkler piping.
Gaztron Engineering Pvt Ltd Nitrogen Gas Generator are Suitable for high Pressure and following models are available
Range of Plant Capacity - 5 to 1000 Nm3/Hr
Nitrogen Purity - Up to 99.9998%
Balance Oxygen Content - 5 to 0.5%
Range of Dew Point - -20 to -40 Deg Cent
Discharge Pressure - 5 to 25 kg/cm2
1) Are you Manufacturers or just trading Company? +
We are manufacturers & Exporters of Gas Plants and our State of art manufacturing Facility is located at Greater Noida INDIA.
2) What are your Main Product of manufacturing? +
We manufacturers of Following Types Gas Plants:
1. PSA Nitrogen Gas Plants
2. Ammonia Cracker
3. Gas Storage Tanks
4. PSA Oxygen Gas Plants
5. Air Dryer
6. Cryo Plants
3) Your Company is certified as per International Quality Standard? +
Yes Gaztron India is certified by ISO 9001:2015 Certified company by TÜV Rheinland German.
4) Is your Manufacturing Facility is approved by any statutory Authority? +
Yes Gaztron has obtained all required statutory approvals additional to this Facility is approved by NSIC.
5) Are you providing after sales Services? +
Yes we are providing after Sales services all over the world.
6) How we can get the quotation? +
Send inquiry on info@ gaztron.in we will submit the quotation.
7) How you are doing packing of products? +
We following international standard for packing of Equipments.