Nitrous Oxide Capture TRIZ Cases
- Ultrasound Atomizer Platform for GHG Removal
Biological platforms consume greenhouse gases at ambient temperatures, bypassing high-energy thermal catalysis.
- Exhaust Purification System with Downstream NOx Estimation
A selective reduction catalyst system estimates downstream NOx concentration using transient extraction filters and upstream sensor data.
- Ammonia Slip Catalyst for Reducing NOx and N2O Emissions
Ammonia slip catalyst converts excess ammonia to nitrogen using a platinum-palladium blend, suppressing harmful nitrous oxide byproducts.
- Nitrous Oxide Decomposition via Segmented Reactor System
Segmenting off-gas into parallel reactors with alternating catalyst replacement resolves efficiency loss from aging.
- TiO2/ZrO2 Catalyst for NOx Reduction
Replacing toxic vanadium with a mixed oxide support reduces N2O formation while maintaining ammonia selectivity.
- Direct Copper Exchange into Na+-Form Chabazite for SCR Catalysts
Direct copper exchange replaces residual sodium ions in chabazite, eliminating multi-step processes and boosting hydrothermal stability.
- SCR Reducing Agent Metering Control for NOx Conversion
A control unit adjusts ammonia-releasing reducing agent metering using model-based predictions and sensor feedback.
- Fixed Displacement Pump Dosing with Pressure Sensor Calibration
A fixed displacement pump dosing system uses a pressure sensor assembly to calculate flow rate based on detected pressure and stored calibration values.
- Ammonia Decomposition Catalyst Two-Layer Zeolite Structure
A two-layer ammonia decomposition catalyst uses noble metal and zeolite layers to break down ammonia into nitrogen and water.
- Fe-AEI Zeolite Catalyst for N2O Removal
Fe-AEI zeolite catalyst decomposes nitrous oxide while maintaining hydrothermal stability and selectivity.
- Low Temperature Reductant Dosing in Diesel Exhaust Systems
Pulsed reductant injection prevents buildup and reduces NOx emissions during low temperature operation by dynamically adjusting dosing cycles.
- Bi-layer Ammonia Slip Catalyst for N2O Reduction
Segmented SCR layers in a bi-layer coating reduce nitrous oxide formation while protecting platinum from deactivation.
- Cu-Fe Molecular Sieve SCR Catalyst Preparation
A Cu-Fe molecular sieve SCR catalyst prepared via ion exchange and impregnation.
- NiO Catalyst Selective Oxidation for Radiocarbon Detection
Heated NiO catalyst removes N2O interference from gas samples, increasing radiocarbon detection sensitivity and enabling on-site monitoring.
- Compact Gaseous Reductant Delivery System for SCR Mixing
Segmented conduits with varying diameters disperse reductants uniformly within space-constrained exhaust systems, improving NOx reduction efficiency.
- Zeolite Membrane Composite Segmentation for Defect-Free Separation
Segmenting the zeolite membrane into a low-density layer and compact layer resolves the contradiction between permeability and defect occurrence.
- NF3 Recovery in TSA Adsorption Cycles
Novel temperature swing adsorption cycle recovers co-adsorbed NF3 using inert purge gas.
- Multifunctional Catalyst for SCR and Hydrocarbon Oxidation
A multifunctional catalyst combines platinum group metals on zirconia with vanadium-iron mixed oxides on titania to drive hydrocarbon oxidation and NOx reduction.
- Nitrous Oxide Decomposition Catalyst with Alkali Promoter
Base metal oxide catalyst resists hydrothermal degradation and water inhibition to maintain stability across a broad temperature range.