


MICROFLUIDIC LIQUID-LIQUID EXTRACTION
Use case
Tailored throughput solutions
Whether you need low or high throughput, our system supports flow rates from 100 µL/min to 100 mL/min and beyond.
Precision control with minimal sample use
Achieve precise flow regulation with minimal sample consumption, powered by our OB1 flow controller.
Scalable automation for complex applications
Effortlessly automate multi-step processes to enhance performance and efficiency as your needs evolve.
Seamless scale-up for large-scale extraction
Easily scale your extraction process from microliters to liters without hassle.
Highlights
A microfluidic beginner instrument use case for liquid-liquid extraction
Our versatile liquid-liquid extraction setup is designed to cover a wide range of applications. The system is built around the fast and accurate pressure-driven OB1 flow controller (Elveflow), which precisely injects the two working solutions at a predefined ratio.- Flow rates can be monitored and regulated thanks to Elveflow BFS flow sensors.
- Additional fluidic resistances can be added to achieve high flow stability and accuracy.
- The size of the reservoirs is customizable depending on your needs – from 1.5 mL tubes to 1 L bottles.
- Allow an extraction without a phase-shifting step or a separation phase.
- The system is well-suited for research purposes and industrial scales, thanks to parallelization.
Setup
Comprehensive liquid-liquid extraction setup
Tailor your microfluidic chip design to fit your unique application and reaction kinetics. We offer expert guidance on selecting third-party chips or provide you with the tools to fabricate your own custom chips.
Our all-in-one liquid-liquid extraction setup is designed to meet your needs, ensuring seamless integration and optimal performance.
The liquid-liquid extraction USE CASE contains:
- OB1 flow controller (Elveflow)
- Flow (Elveflow)
- Several Falcon reservoirs
- Tubings and fittings
- Microfluidic chip of your choice
- ESI software (Elveflow)
Application
Explore versatile microfluidic liquid-liquid extraction applications
- Organic compound separation: Efficiently extract caffeine from coffee beans or purify essential oils.
- Metal recovery: Recover valuable metals like copper from waste streams with precision.
- Rare-earth element purification: Achieve high-purity separation of rare-earth elements.
- Impurity removal: Effectively eliminate trace water from organic solvents or toxic impurities from industrial effluents.
- Biofuel production: Extract biodiesel from vegetable oil for sustainable energy solutions.
- Isomer separation: Precisely separate cis- and trans-isomers of compounds.
- Environmental cleanup: Remove harmful polycyclic aromatic hydrocarbons (PAHs) from contaminated soil.
- Food industry applications: Extract natural vanilla flavor from beans with high efficiency.
- Analytical chemistry: Accurately extract drugs from blood or urine samples for reliable analysis.
- Biotech advancements: Purify enzymes or antibodies from cell culture media for cutting-edge research.
Specifications
Design of the chip
Configurations
Customize your liquid-liquid extraction setup
Whether you need instruments compatible with standard commercial chips from top brands or a comprehensive platform to produce your own PDMS chips, we’ve got you covered. Tailor this package to your exact requirements, with expert guidance from our specialists to ensure you select the ideal setup. – Explore our other use cases for a wide range of applications –MICROFLUIDIC LIQUID-LIQUID EXTRACTION
Use case
Tailored throughput solutions
Whether you need low or high throughput, our system supports flow rates from 100 µL/min to 100 mL/min and beyond.
Precision control with minimal sample use
Achieve precise flow regulation with minimal sample consumption, powered by our OB1 flow controller.
Scalable automation for complex applications
Effortlessly automate multi-step processes to enhance performance and efficiency as your needs evolve.
Seamless scale-up for large-scale extraction
Easily scale your extraction process from microliters to liters without hassle.
