Developers of Groundbreaking
Cutting-Edge Sustainable Materials &Manufacturing
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Highly differentiated.
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Customizable.
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Multi-functional.
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We discover & manufacture custom sustainable materials in a continuous stream of tiny microdroplets, a safe, eco-friendly, & more cost-effective process than traditional industrial methods.
We quickly generate a library of materials in these microdroplets & iterate to identify the best candidates for a particular application.
Urgent, Unmet, & Growing Needs Current Focus
Advancing Chemical &
Biochemical Separation
Chromatography materials.
Facilitate economical and better chemical and biochemical extraction, separation, filtration, and purification.
These ubiquitous & critical processes impact affordable access to food, water, medicines, & other essentials. Read More about why now & our impact.
Our chromatography materials recognized by PittCon Today Excellence, & R&D 100 Awards as a groundbreaking new technology "projected to have a great impact on the industry and society."
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We partner & collaborate with underserved or unserved customer across industries.
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Create customized solutions that solve existing separation challenges & pain points.
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Add value by unlocking efficiencies while reducing maintenance and operational costs.
Bottom-up, High Performance, & Cost-Effective
Innovative & Distinct Approach
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Bottom up material synthesis; Controlled assembly of atoms, molecules as building blocks into the final product.
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Allows novel compositions, functions, performance improvement & cost reductions.
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Moves away from one-shoe-fit-all and piecemeal solutions by offering groundbreaking capabilities integrated across:
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Samples sizes (limited to large volumes).
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Workflows (initial sample preparation to final purification).
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Discovery, R&D, Testing & Manufacturing
Top Markets & Customers
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Pharmaceuticals -Small molecule & Biologics.
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Biotechnology.
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Food, Agricultural, & Beverage.
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Environmental and Forensic.
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Metals & Radioisotopes.
NanoPak-C
All-Carbon Materials for Reverse Phase
& Hydrophobic Interaction Liquid Chromatography
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Excellent mechanical stability.
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Durability at high temperatures and across all pHs.
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Scalable, high-performance reverse phase and hydrophobic interaction chromatography.
NanoPak-M
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Ligands on the microbeads’ surface facilitate affinity or ion exchange chromatography.
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Underlying carbon composition allows reverse phase or hydrophobic interaction chromatography.
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Multimodal (also known as mixed-mode) chromatography.
Functionalized Carbon Materials for Multimodal Liquid Chromatography
NanoPak-E
Electrically Conducting Carbon Materials for Electrochemically Modulated Liquid Chromatography
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externally applied (Ea) voltage tweaks the electrically- conductive all-carbon material's interfacial properties (e.g., surface charge).
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efficient, repetitive, selective separation of charged analytes.
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Multimodal chromatography.
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