Introduction to Sulfur
Sulfur is a versatile element produced or released in numerous industrial reactions, from the combustion of fossil fuels to the manufacture of chemicals, fertilizers, and pharmaceuticals. As sulfur-containing compounds can pose environmental, safety, and product-quality challenges, accurate measurement of total sulfur content is essential.
Sulfur in Industrial Reactions
Combustion of Fossil Fuels
Burning coal, oil, and diesel oxidizes sulfur to SO₂ and SO₃, contributing to acid rain and air-quality issues.
Hydrodesulfurization
Refineries use hydrogen to convert organic sulfur species into H₂S, then remove it to meet fuel-sulfur regulations.
Metal Smelting and Mining
Roasting sulfide ores releases sulfur oxides, requiring capture and abatement to prevent emissions.
Chemical Manufacturing
The production of sulfuric acid and many sulfur-containing intermediates relies on controlled oxidation of sulfur compounds.
Where and Why Sulfur Is Measured
Oil & Gas Exploration and Processing
Crude quality (sweet vs. sour) and gas sweetening processes demand precise sulfur analysis.
Refining and Petrochemicals
Meeting ASTM and ISO sulfur limits in fuels and feedstocks requires robust measurement techniques.
Environmental Emissions Monitoring
Flue-gas desulfurization and ambient air testing rely on accurate SO₂ and total sulfur data.
Power Generation
Coal-fired power plants monitor sulfur in feedstock and exhaust to control emissions and corrosion.
Specialty Chemicals & Pharmaceuticals
Ensuring product purity in dyes, polymers, and drugs involves trace-level sulfur determination.
Emerging Use Cases for Sulfur Analysis
- Biofuels & Renewable Diesel: Variable sulfur in biomass feedstocks requires vigilant monitoring.
- Green Hydrogen Production: Sulfur contaminants in feedstocks can poison fuel-cell catalysts.
- E-Fuels & Ammonia: Power-to-X processes need sulfur-free inputs for catalyst longevity.
- Battery & Solar-Grade Chemicals: Trace sulfur analysis in solvents and recycled streams ensures high-purity materials.
- Circular Economy & CO₂ Capture: Monitoring sulfur in regenerated solvents preserves capture efficiency.
Introducing the Blue Dragon Technology Model 800TS Total Sulfur Analyzer
The Blue Dragon Technology Model 800TS Total Sulfur Analyzer is a cutting-edge UV fluorescence analyzer offering six independent channels for simultaneous total sulfur measurement in gas and liquid streams. Engineered for superior sensitivity, reliability, and ease of integration, the Model 800TS is ideal for refineries, pilot plants, environmental monitoring, and advanced process R&D.
Key Features
- Six Independent Channels: Parallel measurement of up to six streams.
- Sub-ppb Detection Limits: Wide dynamic range from ppb to ppm.
- Dual-Mode Sampling: Quick switch between gas and liquid modes.
- Automated Calibration & Diagnostics: Minimize downtime with self-tests and remote access.
- Compliance-Ready: Meets ASTM D5453, D6667, ISO 20846/47, UOP 981 standards.
- Rugged Design: Corrosion-resistant materials for harsh environments.
- Seamless Integration: Touchscreen UI, OPC/Modbus support for DCS/SCADA.
Benefits for Your Operation
- Increased Throughput: Six-channel analysis reduces sample backlog.
- Lower Maintenance Costs: Automated routines and long lamp life.
- Enhanced Process Control: Real-time sulfur profiles optimize yields.
- Regulatory Assurance: Consistent data for reporting and audits.
- Future Flexibility: Adapts to biofuels, e-chemicals, and carbon capture processes.
Contact Blue Dragon Technology
To learn more, request a quote, or schedule a demonstration of the Blue Dragon Technology Model 800TS Total Sulfur Analyzer, visit our
product page or contact our technical team at Blue Dragon Technology.