Radox Gases Pvt. Ltd. Bangalore, Karnataka

Oxygen generators (vpsa & p.s.a ) & nitrogen generators (p.s.a.): available oxygen generator nitrogen generator plant capacity 25 to 5000 nm3/h 25 -2000nm3/h pressure 1.3 to 50 bar 5.5 - 11 bar power 0.35 kw per m3 0.28 kw per m3 purity 93 - 95% 99.5% dew point (-)40 deg c (-)40 - (-)80 deg c by adding puriï¬�cation unit to psa unit , high purity 99.9999% nitrogen can be produced hydrogen generator (water electrolysis: bipolar alkaline): available plant capacity: 5 nmâ³/h - 300 nmâ³/h hydrogen purity : > 99, 999% dew point: upto (-) 800c pressure:15-bar pressure without h2 booster compressor.for h2 cylinder filling 200 bar pressure diaphragm compressor and cylinder filling stations are provided.

Standard installations comprise of : - lpg storage tanks with ladder gantry & platform and safety fittings - lpg pumps & compressor - electronic lpg filling machine - electronic manual or with carousel - inline electronic check scale , weight correction unit with conveyor - purging unit & evacuation - pneumatic operating systems - safety fittings with remote operated valves, mass flow meter and fittings, pressure transmitter / switch pop valves & gauges high level cut off and level gauge, gas leak detector & mass flow meters. containerized mini lpg bottling plant "this concept is most suitable for establishing a foothold in developing markets exclusively for east, central, west african market. This plant can be made operational with minimum investment in permanent structures. The plant has flexible production capacity with capability of handling different types of cylinders."

We are offering Biogas Upgrading Plant- Pressurized Water Scrubbing Process. Pressurized water scrubbing process has been found as most efficient and convenient process to upgrade raw bio gas. the upgrading system treats raw bio gas through the removal of co2, h2s, siloxanes and other soluble gases to produce primarily methane gas (~ 97-98%) which is clean and dry. The gas process comprises of gas compression, gas upgrading, gas drying & purifying operations and can be filled directly in high pressure bullets for distribution purpose. The bio gas compression system compresses the raw bio gas to a pressure suitable for processing. The system consists of a scrubbing vessel for water scrubbing (absorption of co2 and other soluble gases into water), a flashing vessel for methane recovery and a stripping vessel for regeneration of the process water. The drier/purifying system dries & polishes the upgraded gas after the scrubbing vessel making it suitable for use as a vehicle fuel or for pipeline injection. The system eliminates virtually all h2s from the product gas. key features and benefits: system with patented technology achieves methane gas dew point of -80°c; compressed to 250 bar (g). Ppb (part per billion)level of hydrogen sulphide (h2s) and thus eliminating corrosive gas to minimize environmental effects. Reliability& energy-efficient: negligible maintenance parts means less down time, high reliability and lower overall operating costs with our rotary compressors unlike reciprocating compressors.offers the highest methane gas production to energy utilisation ratio. Utilities: system offers low utilities consumption – important where water resources and effluent disposal is a concern. Rugged material & design: process vessels and pipes with bio gas and water contact are fabricated from stainless steel 316/316l, or grp (glass reinforced plastic). Remote management :web-based monitoring and diagnostic reporting from anywhere in the world is provided, coupled with full service contract options. This makes preventative maintenance effective, resulting in high availability and reliable operation. Energy recovery: recoverable heat can be up to 90% of the compressors main drive motor which is ideal for digester heating. Up to 15% of the power required by the water pump is also recovered as standard on larger systems. Standard plant capacity: flow nm3/hr 80 130 300 800 1200 2000 electricity 25 41 81 207 291 407 consumption kw water 0.2 0.32 0.72 2.0 2.9 4.8 consumption per day, m3

We are offering teledyne gas analyzers. Carbon dioxide quality control system (cdqc): the cdqc system is designed to detect any combination of the following analysers to ensure the co2 product used in a process meets industry standards: trace levels of total sulphides as so2 via uv fluorescence (0-50 ppb to 0-20 ppm) trace levels of total hydrocarbons via fid(0-1 ppm to 0-1000 ppm) trace levels of moisture via al2o3 sensor (–100ºc to + 20ºc) trace levels of oxygen via micro-fuel cell sensor(0-10 ppm to 0-1%) co2 purity analysis via ndir (98-100%) trace levels benzene (0- 100ppb) and acetaldehyde(0 – 1ppm) 5 station detector tube rack with real time data and alarm logging system

We are offering air compressor, air separation. our standard supply includes air compressor water pump, cooling towers and water softeners after cooler cascade cooler moisture separators chilling tank and chilling unit oil adsorber molecular seive driers dust filter defrost heater air separation unit expansion engine liquid oxygen pump filling manifolds oxygen plant (models and product specifications): oxygen gas plant - gox. Capacity :- 30 m3 /hr to 600 m3/hr. Model :- gox 30 to gox 600. Purity :- 99.6 %. Pressure :- 150 bar to 250 bar. (optional) oxygen liquid plant –lox. Capacity:30 m3 /hr to 600 m3/hr. Model :- lox 30 to lox 600. Purity : 99.6 %. Pressure : 0.6 bar. oxygen / nitrogen plant - lox- lni. Oxygen gas capacity: 30 m3 /hr to 600 m3/hr – gas. liquid nitrogen and liquid oxygen taping facility will be provided. ( optional) model: loxi - lni. Oxygen purity - 99.6 %. Nitrogen purity - 99.6 %. pressure :(i)oxygen - 150 bar. (ii) nitrogen liquid – 0.6 bar. (iii)oxygen liquid - 0.6 bar. nitrogen plant(models and product specifications): nitrogen gas plant – gni. Capacity: - 30 m3 /hr to 600 m3/hr. model: - gni – 30 to gni – 600. purity: (i) 99.6 %. (ii) high purity – 99.9999 % – (10 ppm) - (optional) pressure: - 150 bar to 250 bar. (optional). nitrogen liquid plant – lni. Capacity: - 30 m3 /hr to 600 m3/hr. model: - lni – 30 to lni – 600. purity: (i) 99.6 %. (ii) high purity – 99.9999% – (10 ppm) - (optional) pressure: - 0.5 bar nitrogen plant / oxygen-gni -gox . Oxygen gas capacity:- 30 m3 /hr to 600 m3/hr – gas. liquid nitrogen and liquid oxygen taping facility will be provided. ( optional) model: gox- gni. Oxygen purity: 99.6 %. Nitrogen purity: 99.6 %. pressure:oxygen - 150 bar. Nitrogen liquid: 0.6 bar. Oxygen liquid: 0.6 bar. ..."we bring out the best solution at competitive price"..... salient features • low working pressure • low operating cost • rugged design • low maintenance • simple operation • high safety.