Centralized Industrial & Medical Gas Pipeline System
A typical Industrial & Medical Gas Management System will consist of the following elements:
Gas Supply Source
Oxygen/Nitrogen/Argon/Speciality Gases / Mixture Gases/ Medical Air and Nitrous Oxide can be supplied from high-pressure gas cylinders or storage tanks. In large installations, Medical Oxygen and Nitrogen can also be generated on-site. Aspects such as safety, statutory regulations and noise pollution are to be considered and adequately provided for.
Distribution System
Suitable pipeline distribution system should be designed so that the Medical Gases and Vacuum are delivered in a clean, safe and reliable manner at all points of usage. Optimizing the design to take care of pressure-drops and flow rates, future expansion and accessibility for maintenance are important design considerations.
Selection of the Medical Gas pipeline outlets at the point of usage taking into consideration design, cost, availability etc., is done by the detailed discussion with the hospital authorities. Green ASU provides a variety of options for Gas outlets, pendants etc., to meet individual requirements & budgets.
Designing a suitable monitoring and control system with strategically placed, measuring instruments and alarms are crucial for the effective working of the pipeline distribution system. Green ASU provides a variety of visual and audio signals so that even remote locations can be monitored from a central location. Automatic changeover systems for high-pressure gas manifolds provide the necessary safety to ensure continuity of supply on 24 hours basis.
Green ASU are the leaders in supplying Vacuum Insulated Cryogenic Storage Tanks in association with leading Cryogenic Tank manufacturers. Cryogenic Liquid Storage systems eliminate the need for high-pressure cylinder handling and allow for large volume storage. Green ASU will install the Storage Tanks along with Vaporizers, Pressure Regulators and Pipeline systems for such facilities. Green ASU will guide and ensure that all applicable statutory regulations and codes are met for the installations.
Green ASU will design and supply gas manifold systems using high-pressure cylinders or liquid cylinders to meet the capacity requirements of the hospital. Suitable duplex systems to ensure automatic/semi-automatic switching to the second cylinder facility or reserve supply can be offered. Green ASU control panels have visual and audio alarm systems to signal low pressure and empty cylinder conditions.
Gas specific manifolds are designed to prevent inadvertent connection of an incorrect type of gas cylinder to the manifold. The manifold supply system comes with a manifold control panel and an emergency supply manifold.
A range of sizes/capacities are available and are supplied as complete systems with all components necessary for installation and operation. Non-return valves are located in the Manifold Header at each cylinder location
More comfortable than single cylinders is the use of bundles. Each bundle holds a number of cylinders (Typically 12) permanently interconnected. Bundles are handled by crane or by forklift only and connected to the control unit through one hose only. This decreases the handling time, effort and safety risks tremendously. The control units for single cylinder- and cylinder bundle CGSs are identical, so also here an automatic switchover on an empty gas bundle is implemented.
Depending on the users gas consumption, Cylinder/Bundle CGS can be designed as multiple cylinder/bundle designs.
SOL India bundles - Design, fabrication & supply of Pallets of 4 nos. each having 12 cylinders of 10 cu.m capacity.
Inter-connected cylinders are made with the copper pipeline.
The cylinders are designed and duly certified by CCOE Nagpur with required Safety Valves.
Each pallet is having two pressure outlet and integrated pressure kg.
SOL India will maintain the pallets(In case of any leakages).
The weight of each pallet 1100 kg.
The height of the pallet 2.5 meters.
GRADE | 95% | 97% | 98% | 99% | 99.20% | 99.50% | 99.60% | 99.80% | 99.90% | 99.95% | 99.97% | 99.98% | 99.99% | 99.995% | 99.998% | 99.999% | 99.9995% | 99.99994% | 99.99999% |
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
1.5 | 1.7 | 1.8 | 2.0 | 2.2 | 2.5 | 2.6 | 2.8 | 3.0 | 3.5 | 3.7 | 3.8 | 4.0 | 4.5 | 4.8 | 5.0 | 5.5 | 6.4 | 7.0 | |
1,2-BUTADIENE | |||||||||||||||||||
1,3-BUTADIENE | |||||||||||||||||||
1-BUTENE | |||||||||||||||||||
2,2 DIMETHYLPROPANE (NEOPENTANE) | |||||||||||||||||||
AMMONIA | |||||||||||||||||||
BORON TRICHLORIDE | |||||||||||||||||||
BORON TRIFLUORIDE | |||||||||||||||||||
BROMOMETHANE (METHYL BROMIDE) | |||||||||||||||||||
CARBON DI OXIDE | |||||||||||||||||||
CARBONMONOXIDE | |||||||||||||||||||
CARBONYL SULPHIDE | |||||||||||||||||||
CHLORINE | |||||||||||||||||||
CIS-2-BUTENE | |||||||||||||||||||
CIS-2-HEXENE | |||||||||||||||||||
CYCLO HEXANE | |||||||||||||||||||
CYCLO PENTANE | |||||||||||||||||||
DEUTERIUM | |||||||||||||||||||
DI METHYL ETHER | |||||||||||||||||||
DIMETHYLETHER | |||||||||||||||||||
ETHANE | |||||||||||||||||||
ETHYLENE | |||||||||||||||||||
ETHYLENE OXIDE | |||||||||||||||||||
HEXAFLUOROETHANE | |||||||||||||||||||
HEXANE | |||||||||||||||||||
HYDROGEN BROMIDE | |||||||||||||||||||
HYDROGEN CHLORIDE | |||||||||||||||||||
HYDROGEN SULPHIDE | |||||||||||||||||||
ISO – BUTANE | |||||||||||||||||||
ISO BUTANE | |||||||||||||||||||
ISO BUTANE | |||||||||||||||||||
ISOBUTELENE | |||||||||||||||||||
KRYPTON | |||||||||||||||||||
METHANE | |||||||||||||||||||
METHYL ACETYLENE | |||||||||||||||||||
METHYL ACETYLENE | |||||||||||||||||||
METHYL CHLORIDE (CHLOROMETHANE) | |||||||||||||||||||
METHYLMERCAPTAN (METHANETHIOL) | |||||||||||||||||||
MONO METHYLAMINE | |||||||||||||||||||
N-BUTANE | |||||||||||||||||||
NEO- PENTANE | |||||||||||||||||||
NEON | |||||||||||||||||||
NITRIC OXIDE | |||||||||||||||||||
NITROGEN-DIOXIDE | |||||||||||||||||||
NITROUS OXIDE | |||||||||||||||||||
PROPADIENE | |||||||||||||||||||
PROPANE | |||||||||||||||||||
PROPYLENE | |||||||||||||||||||
SULPHUR DIOXIDE | |||||||||||||||||||
SULPHUR HEXAFLORIDE | |||||||||||||||||||
TETRAFLUOROMETHANE( CF4) | |||||||||||||||||||
TRANS-2-BUTENE | |||||||||||||||||||
TRIFLUOROMETHANE (CHF3) | |||||||||||||||||||
VINYL ACETYLENE | |||||||||||||||||||
VINYL CHLORIDE | |||||||||||||||||||
XENON |
GRADE | 99.995% | 99.998% | 99.999% | 99.9995% | 99.9997% | 99.9999% |
---|---|---|---|---|---|---|
4.5 | 4.8 | 5.0 | 5.5 | 5.7 | 6.0 | |
AIR(ZERO GRADE) | ||||||
AIR(SYNTHETIC/UHP) | ||||||
ARGON | ||||||
HELIUM | ||||||
HYDROGEN | ||||||
OXYGEN | ||||||
NITROGEN |