26 Nov
CIC Ion Chromatography IC Combustion Chamber for Fluoride, Chloride, Bromide and Sulfur Analysis from TE Instruments is the world's leading manufacturer of CIC combustion chambers for applications in the environmental field, oil and gas industry, consumer goods...
Field of application
- Waste-based fuels (UCO, animal fats and oils) by CIC combustion
- Coal
- Plastic, plastic, paper, textile samples
- Precious metal samples: Copper
- Petroleum, LPG, crude oil samples
- Battery samples
- Low-density Polyethylene
- Many other applications
Learn the basics of CIC
- Halogen and Sulfur Contents Monitored in Waste Fuel Feedstocks
- Because they are corrosive, damage process catalysts, and are harmful to the environment.
- Organic chloride compounds increase the risk of corrosion of pipelines and equipment during the refining process.
- Sulfur-containing materials are harmful to catalysts and contribute to Sulphur Dioxide (SO2) emissions.
- Companies producing transportation fuels from waste feedstocks need to monitor halogen and
- Sulfur content to determine if optimization of their refining process is effective.
- Sample matrices such as waste fuel feedstocks are difficult to analyze using conventional offline methods and require extensive sample preparation.
- The combustion IC allows for the determination of individual halogen and sulfur compounds in a single analysis.
- TE Instruments has developed a compact, fully automated sample preparation system
- Including pyrolysis combustion, fraction collection, and sample injection into the IC.
Combine with any IC of famous brands and fully automatic
- XPREP C-IC was used to perform automated sample preparation for combustion IC analysis. XPREP C-IC includes pyrohydrolitic sample combustion, fraction collection, and IC injection. Samples were introduced into the Combustion unit's boat inlet system by a NEWTON solids autosampler. The IC provided accurate results with excellent repeatability (RSD).
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