Gas detector SCD-2030

chemiluminescencesulfurgas chromatography based

Overview
The Nexis SCD-2030 is a sulfur chemiluminescence detection system designed for advanced sulfur-speciation analysis in laboratories. It combines enhanced sensitivity, a stable equimolar response, simplified maintainability and integrated automation to improve laboratory productivity.

Type
Gas chromatograph detector for sulfur chemiluminescence detection (SCD).

Features

• Enhanced sensitivity: ultrashort flow path and high-efficiency redox cell for improved chemiluminescence response to sulfur compounds.
• Stable response: equimolar response and high stability for reproducible results.
• Simplified maintenance: design reduces maintenance operations and supports instrument uptime.
• Integrated automation: built-in automation functions to streamline sample handling and increase throughput.
• Optimized applications: suitable for petrochemical analysis, food production and other sulfur-speciation workflows.

Videos

• Nexis SCD-2030 (product video)

Downloads (selected)

• Nexis SCD-2030 - Sulfur Chemiluminescence Detection Gas Chromatograph System [PDF / 1002.2KB]
• Highly sensitive analysis of sulfur compounds in beer using the Trap mode of a headspace sampler [PDF / 382.96KB]
• Enhancing Water Analysis: A Twin Line GC-MS/MS Approach to Pesticides and Nitrosamines Analysis [PDF / 743.87KB]
• Determination of Trace Amounts of Sulfur Compounds in Gases by GC-SCD [PDF / 513.35KB]

Applications (selected)
Document | Creation Date
Highly sensitive analysis of sulfur compounds in beer using the Trap mode of a headspace sampler | 2024-02-21
Enhancing Water Analysis: A Twin Line GC-MS/MS Approach to Pesticides and Nitrosamines Analysis | 2024-02-15
Determination of Trace Amounts of Sulfur Compounds in Gases by GC-SCD | 2024-02-14

Technical specifications

• Manufacturer: Shimadzu
• Model: Nexis SCD-2030
• Detection principle: Sulfur chemiluminescence detection (SCD)
• Sensitivity: enhanced sensitivity for sulfur compounds via ultrashort flow path
• Detector cell: high-efficiency redox cell
• Response characteristic: equimolar response and high stability
• Maintainability: designed for simplified maintenance
• Automation: integrated automation functions to improve throughput
• Optimized for: petrochemical analysis, food production and other sulfur-speciation applications