Cryogas Equipment Private Limited

Pressure Building Coils and Pressure Building Cryogenic Vaporizers for Cryogenic Tanks are used to regulate and maintain pressure for consistent withdrawal of cryogenic liquids and gases from the tanks.CRYOGAS provides Ambient Cryogenic Pressure Building Coils with a variety of flow rates and configuration. With more than 1,000 Units in operation, these Units are utilized to re-gasify certain volume of Cryogenic Liquid using latent heat of vaporization to maintain pressure on the type of cryogenic storage tank, transportation tankers. This enables discharge of cryogenic liquid from the storage tank at required flow and pressure.CRYOGAS supplies such pressure building coils to various cryogenic tank manufacturers, industrial gas companies for most critical pressure building requirements. Since Aluminium fins are utilized these pressure building coils are extremely effective to regulate and maintain required pressure inside the storage tank.CRYOGAS also offers interconnecting piping precisely designed while taking care of contraction and expansion w.r.t. stress analysis.

CRYOGAS provides extremely portable, flexible, all-inclusive Cryogenic Vaporization Skids with required regulation and pressure control on the very same vaporizer frame.Historically, gas companies carry out installation at customer site with tank, number of pumps, number of Vaporizers, Interconnecting piping, etc. Such installations require a lot of time and experienced engineers to ensure compliance, safety and technical suitability. For last 5 years, CRYOGAS gas provides Ambient Cryogenic Vaporizers with required inlet and outlet valves, safety systems, thermal relief Valves, Instrumentation, Transmitters and sensors “all-inclusive design”, completely simplified installation as a unit package.Now just installing modules of banks of vaporizers and skids with prefabricated interconnecting piping, it is possible to erect and commission cryogenic station within a matter one only.Since the skid along with all its piping is pretested at the manufacturing shop, only a few joints need to be tested before commencing operations. Apart from reduction in the total cost of installation this also saves any possible negligence in Cryogenic Systems handling right from the design stage and also provides applicability to the industrial gas companies to remobilise the installations.Preferential placement of fins i.e. 4, 8 and 12 in different vaporization zones ensure maximization of Cryogenic vaporizer capacity, at the same time use aluminium mass at the right place, reduce defrost cycle time and enhance super heating.

Mobile Purging Ambient Cryogenic Vaporizers from CRYOGAS equipment are manufactured using more than 20 years of robust experience and proven track record for various land based, On-shore & Off-shore applications.Liquid Nitrogen is popularly used for various simulation, testing, purging, pigging, blanketing and similar such applications at sites. CRYOGAS over the last 20 years has supplied more than 1,000 Units for On-shore and Off-shore applications. These Units are available for low pressure, medium pressure and high pressure applications. Most popularly Cryogenic Tankers are connected to High flow Vaporizers for extremely high flow purging and blanketing applications.For Off-shore requirements, ISO containers coupled with Mobile Cryogenic Vaporizers are used for purging and testing applications. Based on the criticality and corrosiveness of the atmosphere, a frame structured is selected for robust and multiple handling. Many times, SS frames are utilized for longer life. Such Mobile Purging Skids are also available with High Pressure Pump and control panel for high pressure testing and pigging solutions.CRYOGAS also offers interconnecting piping precisely designed while taking care of contraction and expansion w.r.t. stress analysis.Equalised distribution of cryogenic liquid into different vaporizer units in a bank is extremely important to avoid preferential flow of cryogenic liquid and eliminating the possibility of preferential short pass. This also helps utilize full capacity of Ambient Cryogenic vaporizers and ensures modular vaporization at all times.Accurate design of headers manifolding within the vaporizer enable complete utilization of entire vaporization circuit & avoids preferential flow, control the pressure drop and optimize fin configuration.Preferential placement of fins i.e. 4, 8 and 12 in different vaporization zones ensure maximization of vaporizer capacity, at the same time use aluminium mass at the right place, reduce defrost cycle time and enhance super heating.

Fan assisted Vaporizers or Fan Ambient Vaporizers are very useful for continuous duty applications. In cold and freezing climates these Vaporizers provide substantial flow rate in smaller footprints. Unlike Natural Draft Atmospheric Vaporizers, Fan Assisted Vaporizers are covered from all four sides with inverted fan on the top. This high velocity fan forces fresh air from the top, which substantiates downward flow of heavy air further and almost doubles the regasification capacity of the Vaporizer. Fan Ambient Vaporizers have proved their worth in congested industrial units where Natural Wind Draft is not accessible.

Ambient High Pressure Cryogenic Vaporizers from CRYOGAS equipment are manufactured using more than 20 years of robust experience and proven track record of supplying more than 2,000 Units in operation.At CRYOGAS we extend the liner tube hydraulically to ensure 100% contact between the liner tube outer surface and aluminium fins inner surface. This is absolutely important to ensure complete vaporization of cryogenic liquids.Cryogenic Liquids like Liquid Nitrogen, Liquid Oxygen, Liquid Argon, CO2, Hydrogen, Helium etc. are packaged into high pressure seamless cylinders and popularly used for supply to the Commercial and Industrial requirement. For refilling these cylinders at Cryogenic Bottling Stations, High Pressure Lined Ambient Cryogenic Vaporizers are most popular equipment using Natural Draft Cryogenic vaporization technique.CRYOGAS also offers interconnecting piping precisely designed while taking care of contraction and expansion w.r.t. stress analysis.Equalised distribution of cryogenic liquid into different vaporizer units in a bank is extremely important to avoid preferential flow of cryogenic liquid and eliminating the possibility of preferential short pass. This also helps utilize full capacity of Ambient Cryogenic vaporizers and ensures modular vaporization at all times.Accurate design of headers manifolding within the vaporizer enable complete utilization of entire vaporization circuit & avoids preferential flow, control the pressure drop and optimize fin configuration.Preferential placement of fins, i.e. 4, 8 and 12 in different vaporization zones ensure maximization of vaporizer capacity, at the same time use aluminium mass at the right place, reduce defrost cycle time and enhance super heating

Ambient Cryogenic Vaporizers from CRYOGAS equipment are manufactured using more than 20 years of robust experience with proven track record of more than 10,000 Units in operation.Cryogenic Liquids are produced at liquefaction plants and transported to end users. These liquids are then vaporized / re-gasified for different industrial and commercial applications. In warmer countries ambient heat is available all 24 hours & 365 days. This free energy is used for vaporization and therefore popularly called as Natural Draft Cryogenic Vaporizers.CRYOGAS also offers interconnecting piping precisely designed while taking care of contraction and expansion w.r.t. stress analysis.Equalised distribution of cryogenic liquid into different vaporizer units in a bank is extremely important to avoid preferential flow of cryogenic liquid and eliminating the possibility of preferential short pass. This also helps utilize full capacity of Ambient Cryogenic vaporizers and ensures modular vaporization at all times.Accurate design of headers manifolding within the vaporizer enable complete utilization of entire vaporization circuit & avoids preferential flow, control the pressure drop and optimize fin configuration.Preferential placement of fins i.e. 4, 8 and 12 in different vaporization zones ensures maximization of vaporizer capacity, at the same time uses aluminium mass at the right place, reduce defrost cycle time and enhance excellent in the super heating zone.