CO2 protonates amines in recycled polyurethane fractions, enabling low-reagent separation of aqueous amines from polyether polyols.
Rotating impellers create centrifugal force to separate oil and water, reducing slug flow and vessel weight.
Detachable modular weir walls resolve permanent attachment constraints in coalescing separators, enabling adjustable fluid levels and reduced downtime.
Triblock alkylene oxide polymers break water-in-oil emulsions, resolving low polydispersity and limited functionality of linear EO/PO copolymers.
Rotating coupling members fix plate spacing in a separator device, reducing assembly labor intensity while increasing effective throughflow surface area.
An acrylic/phenolic resin coalescing filter resolves ultrafine droplet removal challenges by enabling rapid phase separation in hydrocarbon systems.