Bioreactor/Fermenter Combinations TRIZ Cases

A control unit adjusts sorting processing conditions based on pre-measured microparticle content to optimize bio-particle handling.

Anaerobic lactic acid fermentation eliminates contamination risks from aerobic processes while maintaining high crude protein content in the final product.

Fluidly separated inlet and collection channels in a plate settler bottom section prevent mixing of settled solids with incoming fluid to reduce turbulence.

A cartridge integrates sample preparation with analyte detection using functionalized particles and a force field generator.

Separating the reflection mirror from the cell resolves culture environment conflicts while maintaining measurement precision through coherence length control.

A photoreactive layer enables selective cell detachment at desired positions, resolving incomplete recovery caused by unrestricted protease action.

Wall expansions and hollows increase reaction surface area, reducing activated carbon bed requirements for biogas desulfurization.

A deformable cryopreservation vessel uses a flexible liner to eject frozen biological samples directly into receiving vessels.

A syngas manufacturing apparatus uses sequential moisture raising and lowering units to condition gas flow.

Compression caps seal standard Petri dishes against adapter bodies to prevent contamination while maintaining optical clarity for microscopic observation.

Laminated paper device uses capillary action to transport samples through integrated RT-LAMP amplification zones.

Hydrogel microspheres hold microorganisms for in-situ toxicity assessment of gaseous pollutants.

Photosynthetic enzymes in an electrochemical cell convert carbon dioxide into monosaccharides using renewable energy.

Dual illumination imaging isolates specific bacterial colonies from mixed cultures, eliminating manual labor while ensuring accurate species identification.

Segmenting product into multiple syringes eliminates residual cells in bags while maintaining sterility during automated filling.

Mixing industrial exhaust with a dilution agent prevents high CO2 inhibition while maintaining efficient biomass growth.

A segmented cell culture container uses an extracellular matrix coating to define discrete growth areas for uniform clump development.

A bioreactor system calculates harvest time using lactate concentration sensors and cell doubling algorithms.

A water reservoir generates vapor to clean incubator interiors without manual intervention.

A magnetic ring drives a central stirrer to rotate blades inside the vessel without mechanical shafts.

A reactor headspace condenser cools exhaust vapor to liquid within the vessel using a jacketed holder.

Segmented flow channels maintain stable chemical concentrations while minimizing shear stress on cells in the gradient region.

A microplate design with gas-permeable wells supports hydrogel structures for cell cultivation.

A flexible sheet cassette integrates fluorescent chips to detect culture parameters in real time.

A slidable sealing element displaces excess fluid to seal the sample within a holding chamber.

An intermediary transparent wall isolates sensors from deposits, enabling accurate foam detection without contamination or specialized container modifications.

An asymmetric permeable membrane filters red blood cells while allowing platelet passage, resolving signal quenching in fluorescence-based coagulation tests.

A laser ablates tissue sections on a stabilization layer, transferring isolated parts to an adhesive tape for rapid collection.

Mechanical separation preserves three-dimensional tissue structure during extraction, enabling high-yield amplification without enzymatic contamination risks.

A biological sample container integrates a desiccant chamber separated by a semi-permeable barrier to enable moisture removal.

A porous carbon nanotube sponge captures circulating tumor cells from small blood volumes without biomarkers, maintaining cell viability for analysis.

A microfluidic platform generates uniform 3D cell spheroids mimicking tumor heterogeneity and drug penetration resistance.

Ligating folded adapters to template DNA eliminates primer artifacts and reduces cluster disposition time.

A thyroid manufacturing process using acetone washes and controlled drying to produce a sterile extract with stable hormone concentrations.

Segmented modules enable parallel processing of CAR-T cells while eliminating manual touchpoints that compromise reliability during expansion.

Clarifying modules remove biomass and metabolites from fermentation permeate before recycling the treated stream back to the bioreactor.

Recycles CO2 via reverse water gas shift reactions to optimize H2/CO ratios, increasing carbon conversion efficiency and reducing land area requirements.

Phase-change valves regulate fluid movement in a rotating microfluidic structure, stabilizing temperature and flow for accurate protein detection.

A modular device for continuous virus inactivation uses a rigidly fastened head part and residence time arrangement to simplify assembly.

Unique fluorescent probe labels identify diverse microbes rapidly, reducing detection time compared to traditional culture methods.

A flow channel featuring a wave structure captures single particles in recess portions, preventing accumulation and clogging during high-throughput operation.

Monoclonal antibodies targeting the CD71 antigen enable specific identification of fetal erythroid cells in maternal blood.

A bioreactor converts atmospheric carbon dioxide into hydrocarbon-based filaments for additive manufacturing.

A stackable biomanufacturing apparatus uses an isolated load cell to measure bioreactor weight accurately.

A MEMS-based ultrasound probe array enables selective cell stimulation through a matrix structure of integrated devices.

A separation device uses a mesh structure to trap scaffold materials while allowing liquid flow through vertically upward directional movement.

A closed photobioreactor uses a binary microbial culture to sustain growth without external gas sparging.

A cross slide mechanism aligns an actuating head with stacked cell culture containers, eliminating sterilization filters and reducing device complexity.

RGB LED lighting device with microcontroller control for precise intensity and color adjustment in microalgae growth experiments.