Sulfur Compounds TRIZ Cases
- Polysulphide Catalyst Regeneration via Sodium Sulphide Washing
Sodium sulphide washing removes iron precipitates from polysulphide catalysts without acid corrosion risks.
- Sulfur Dioxide Oxidation Using Oxygen-Enriched Air
Oxygen-enriched feed streams reduce gas volume and pressure drop across catalysts, boosting production capacity.
- Catalytic Reactor Modules with Tapered Gas Distribution Spaces
Tapered gas distribution spaces in modular catalytic reactors ensure uniform flow across catalyst beds.
- On-Demand Sulfur Trioxide Generation for Paraffin Removal
Portable apparatus generates sulfur trioxide on-site using catalytic conversion, eliminating hazardous transport logistics and ensuring safe paraffin removal.
- Reactor Catalyst Receptacles for Sulfur Trioxide Conversion
Varying catalyst receptacle configurations balance reaction speed and equilibrium conversion, achieving 99.7% sulfur trioxide yield.
- Sulfuric Acid Absorber Sump Segmentation for Concentration Control
Segmented absorber sump eliminates separate collecting tanks and reduces energy costs by adjusting sulfuric acid concentration.
- Phosphogypsum Decomposition via Carbon Reduction
A phosphogypsum decomposition process uses carbon oxide to convert calcium sulfate into calcium oxide and sulfur dioxide.
- Regenerative Heat Exchanger for Corrosive Liquid Concentration
Solvent vapour from the main separator heats the feed solution in a regenerative heat exchanger, eliminating multi-stage vacuum concentration waste.
- Boiler Segmentation for SO2 Oxidation Thermal Management
Segmented heating zones prevent corrosive sulfuric acid condensation while stabilizing oxidation temperatures across varying SO2 concentrations.
- Double Condensation Sulfuric Acid Process
Segmenting condensation into two stages controls acid dew points below 240°C, reducing mist emissions without increasing plant size.
- Sulfuric Acid Production via Multi-Zone Combustion and Catalytic Oxidation
Multi-zone combustion chamber segments oxygen concentration to control reaction temperature during sulfur dioxide generation.
- Sulfite Oxidation Accelerator Unit for Seawater pH Control
Stationary three-dimensional catalytic unit accelerates sulfite oxidation in flowing seawater, reducing fresh water demand and catalyst loss.
- Sulfuric Acid Recirculation Loop for 98% Concentration
Air lift pump recirculates acid through a concentrator column, enabling 98 wt % production beyond the azeotrope limit while reducing energy costs.
- Sulfuric Acid Cooling via Inert Coolant Heat Exchanger
An intermediate heat exchanger uses inert coolants to remove heat from sulfuric acid, preventing corrosion and hydrogen formation.
- Gaseous SO3 Sulfonation of Halobenzenes
Diluting sulfur trioxide with inert gas controls exothermic reactions and eliminates hazardous liquid handling.
- Plasma-Based Sulfur Oxidation Process
Plasma decomposes carbon dioxide into reactive radicals to oxidize sulfur and sulfur dioxide, eliminating expensive catalysts and reducing CO2 emissions.
- Sulfur Prilling System with Heated Drip Tray
Heated drip trays create uniform sulfur droplets that solidify into spherical prills with low moisture content.