Ulpatek - Model ULP-Bi-On KI 2 - Carbon Based Media - Brochure

Methyl Mercaptan Removal CapacityDimethyl Disulphide Removal CapacityFilter type ; Chemical FilterMedia type ; Impregnated with Potassium Iodide (KI)Characteristic ; High efficiency, activated carbon basedApplication GuidelinesULP-Bi-On KI % 2 works under the following application guidelines:• Temperature: -20 °C till 50 °C (-4 F till 122 F) • Humidity: 10 - 95% RH NOTE : Remaining life of the media can be determined by desorption tests performed in specialized laboratory.Related Modules Canister Module PP12 Module PP18www.ulpatek.comTarget Pollutans Target Pollutans AIR FILTER TECHNOLOGY / CARBON BASED MEDIAULP-Bi-On KI % 2 ULP-Bi-On KI % 4Specifications Specifications• It is made of activated carbon of the greatest purity and impregnated with 2% KI to produce a high quality carbon with excellent adsorption properties• It is made of activated carbon of the greatest purity and impregnated with 4% KI to produce a high quality carbon with excellent adsorption properties• Avoid problems, caused by toxic properties of mercury • Designed to remove formaldehyde and organic aldehydes• Indicated for low residence time • Works very well with Sulphur compounds, Mercaptans, Dimethyl Disulphide (DMDS) and Hydrogen Sulfide (H2S)Mercury (Hg), Radioactive Iodine and Iodine Organic Compounds Hydrogen sulfide (H2S), Sulphur Compounds (SOx), Mercaptans, Application Areas Application Areas Chlorine production Plants, Landfill, Petrochemical Refineries Museum, Hospital, IVF centers, Airport, Morgue, Office CentersCharacteristics Value UnitsULP-Bi-On KI % 2 ULP-Bi-On KI % 4Pellet Diameter 3 or 4 2, 3 or 4 mmBulk Density 560 560 g/lSurface Area 1050 1050 m²/gHumidity 10 15 % Formaldehyde Removal Capacity - 27 % in weightH2S Removal Capacity - 19 % in weight- 17 % in weightSO2 Removal Capacity - 13 % in weight- 23 % in weightMercury (Hg) Remocal Capacity 8 - % in weightADVANCED FILTRATION FOR A BETTER FUTUREImpregnated With (KI) 2 4 % Gas Removal Process Chemisorption Chemisorption -