Other Products / Services #1489670

We are offering dry ice plant. dry ice slice, block:produces slices with adjustable thickness starting from 20mmproduces blocks up to 4kg per block (120mm thickness)two dry ice outlets with independent production to produce up to 400kg/h. all built on a modular skid with modular components plc controlled, fully automaticstandard slice dimension 210 x 125 x 20-120mm (other dimensions dry ice pelletiser: dry ice pellets revolution! save on liquid c02 using the hydraulic pelletiser for production high-densitydry ice pellets 350h - rated output: kg/h: up to 350lbs/h: up to 772 750h - rated output:kg/h: up to 750lbs/h: up to 1653 1500h - rated output: kg/h: up to 1500 lbs/h: up to 3086 available pellets sizes from 3 mm to 19mm

We are offering Bio Gas Upgrading Plant, Carbon Dioxide Recovery Plant By Chemical Scrubbing. To effectively remove co2, h2s and h2o from a bio gas stream, choose a modular low pressure extraction plant. operates with simple and reliable solvent technology. The technology is based on dedicated solvent, enhanced with special additives selected only for bio gas application. Co2 removal from bio gas with a low pressure process requires a very low power consumption. The process is very simple and does not need any upstream treatment for de-sulfurization or de-hydration. Coupled with state-of-the-art proprietary design, our plants achieve a very high methane concentration (up to 99, 5%) with reduced regeneration energy consumption, and negligible solvent degradation.also downstream compression (optional fine polishing) is less expensive because only treated gas has to be compressed. Standard plants:mod. nominal capacity installed power approx. Plant dimensions (m)nm3/h kw length widthepbg-30 300 15 12 2, 2epbg-30 500 20 12 2, 2epbg-100 1000 30 12 2, 2epbg-150 1500 43 18 2, 2epbg-200 2000 50 18 2, 2the same plant can be extended to our typical co2 capture plant for production of food-grade 99.99% of beverage grade co2.

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 (100c to + 20c)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

Co2 - production plant : technology to produce co2 from fuel combustionin beverage industry. The co2 production plant is based on combustion of desulphurized fuel gas or liquid oil. The controlled combustion of fuel in the generator-reboiler produces flue gas rich in co2. The flue gas is passed through the absorbing tower for co2 to absorb in mea solution. The solution rich in co2 is pumped tothestripper column where the heated solvent releases co2. co2 recovery plant from fermentation: we offer customized solution or standard co2-recovery and purification plant to meet isbt quality requirement.the recovery technology is integrated with liquefaction and stripper column to remove non condensable impurities to acceptable levelsco2 recovery plant from natural well: we offer customized solution or standard co2-recovery and purification plant to meet isbt quality requirement.the recovery technology is integrated with liquefaction and stripper column to remove non condensable impurities including manageable level of total hydrocarbons in gas well to acceptable levels. In case of higher level of hydrocarbons, a catalytic oxidizer is incorporated with the production process. Co2 - capture plant from flue gas: technology is built on amine based solvents (mea, dea or mdea enhanced with special additives and other licensed solvents.) with hot carbonateour design is cost-effective solution with reduced regeneration steam consumption and less solvent degradation co2-recovery plant from dry ice production: about 60% of liquid co2 is lost in atmosphere when dry ice is produced. Modular co2-gas recovery equipment is simple and automatic. All operations are controlled by using a central touch screen. Recovery unit is connected directly to co2-gas exit of the dry ice pelletizer.

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 air compressor, air separation. our standard supply includesair compressorwater pump, cooling towers and water softenersafter cooler cascade coolermoisture separatorschilling tank and chilling unitoil adsorbermolecular seive driersdust filterdefrost heaterair separation unitexpansion engineliquid oxygen pumpfilling 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 pressurelow operating costrugged designlow maintenancesimple operation high safety.

We offer storage tanks. Standard products include:vertical or horizontal storage tanks up to 600, 000 lit. Customer station upto 60, 000 lit. Iso tank containers upto 20, 000 litersambient air, steam or water heated vaporizers upto 60, 000 m3 / hrvacuum jacketed super insulated piperigid chassis transport tanks upto 20, 000 lit. Semi-trailers upto 33, 000 liters

We offer gas valves, regulators.