Component Separation TRIZ Cases

Nesting a sorbent element inside a probe body recess prevents septa friction damage, increasing sampling capacity while maintaining probe reliability.

Automated cartridge desorbs trimethylsilylated analytes from ion-exchange resin, resolving manual derivatization bottlenecks.

Integrating inlet and outlet switching valves into a detachable column rack eliminates complex individual piping connections during chromatography maintenance.

A mass spectrometer signal processor corrects detector output using sampled RF voltage data to compensate for electrode voltage drift.

A sample injector uses a buffer loop to manage fluidic paths via a single switching valve.

Replacing slow scintillator detectors with solid-state sensors eliminates intermediate photon conversion steps to achieve 100 MHz detection speeds.

A decoupled injection system isolates sample introduction from the main solvent flow line to reduce extra-column band broadening.

Sequential injection of low polarity sample and high polarity pseudo matrix solutions reduces matrix effects for accurate pesticide residue analysis.

Adjusts HPLC stream holding times via verification flow paths and control units to synchronize detection across multiple channels.

A drilling fluid analysis method calculates compound concentrations using thermodynamic factors and independent parameters to determine precise gaseous fractions.

An injection needle cartridge integrates a sealing force generator to apply precise pressure for fluid-tight sealing in chromatography systems.

A gas chromatograph column assembly uses a cooling fluid tube to reduce capillary column temperature.

A chromatograph data processing system generates lists of unexamined analysis conditions to support method scouting workflows.

A reconfigurable gas chromatographic unit integrates microfluidic devices and a flow controller to enable flexible system architecture.

A microfluidic device integrates solid-phase extraction with nanoflow liquid chromatography to detect analytes in small biological samples.

A buffer exchange formulation standardizes protein concentrations in biological samples.

UV absorbance at 260 nm and 280 nm quantifies adeno-associated virus genome and capsid content, replacing time-consuming PCR and ultracentrifugation methods.

A gas chromatograph assistance device evaluates resource saving and consumption amounts to guide user operation decisions.

Segmented column separators with guide rings enable selective material exchange in the upper chamber to reduce backpressure.

A flow path plate uses a chamber with an internal part to inhibit measurement light transmission from the through hole inner wall surface.

Motorized valves reverse flow direction in temperature-controlled columns, eliminating backwashing downtime and boosting throughput.

A sample introduction device uses adsorption units and a desorption cylinder to pre-concentrate gas molecules for analysis.

Helium purging and vacuuming in sealed transfer chamber remove adsorbed impurities from powder samples to enhance elemental analysis accuracy.

A dual-ligand stationary phase captures dissociated first ligands, preventing product contamination and reducing downstream processing time.

Circulated cabin air passes through chemical filters to capture volatile traces, bypassing manual passenger screening.

A distillation process selects optimal feed inlets based on real-time composition analysis to improve separation.

Machine vision and a cell gripper identify sample cells in a chromatography autosampler, resolving manual tracking errors.

Segmented columns capture breakthrough material to resolve throughput versus capacity trade-offs in biopharmaceutical purification.

Adding a decomposition inhibitor to the reaction stopping step prevents derivative breakdown, ensuring accurate quantification of small blood samples.

Dynamic set point estimation reduces radial thermal gradients caused by frictional heating, improving chromatographic performance without adding complexity.

A gas sample introduction device uses a collection tube acting as both concentrator and pre-column to streamline chromatography workflows.

A control device adjusts timing and flow rates to compensate for different fluid accommodation volume properties in sample separation apparatuses.

Fuzzy logic algorithms switch HPLC controllers between pressure and flow rate modes to manage back pressure while optimizing analysis speed.

A single gas chromatograph houses two capillary columns in separate thermal compartments to enable simultaneous crude oil sample injection and detection.

Apatite chromatography captures recombinant AAV vectors using polyethylene glycol to isolate viral particles from production impurities.

A capillary microextraction tube integrates extraction and injection for gas chromatography.

Vapor-liquid organosilane deposition creates a hydrophilic, non-ionic surface on metallic chromatographic flow paths.

A volume adjustment device dynamically sets the gradient delay volume to optimize mixing efficiency.

Iterative multivariate curve resolution stabilizes component counts using spectral matching, resolving manual presetting inaccuracies.

SEC microfluidic device captures low-abundance proteins, resolving insufficient spectrum coverage in complex biological samples.

A segmented pumping system separates thermodynamic compression from volumetric metering to deliver precise fluid flow.

Sealed vials trap oxide gases via cryogenic cooling, then heat zinc and catalyst to reduce CO2 to graphite, minimizing cross-contamination in isotope analysis.

A chromatograph data processing system applies sensitivity factors to correct signal deformation and saturation in single-detector analysis.

FT-NIR spectrometry replaces laborious distillation to determine crude oil aromatic content, enabling objective valuation without fractionation.

A co-continuous epoxy-amine monolith separation medium forms interconnected pores via spinodal decomposition.

Automated liquid chromatography measures corrosion inhibitor concentration in oilfield fluids, eliminating time-consuming off-site laboratory procedures.

A HILIC-MS/MS method detects 21 amino acids in biological samples using polar sorbent chromatography and tandem mass spectrometry.

Flat plate electrodes and a porous member enable atmospheric ion introduction, reducing noise from solvent-derived ions while simplifying maintenance.