Active Membranes
Active Membranes utilizes a low tunable electrical potential to actively prevent fouling and scaling on the membrane surface and reduces the need for extensive chemical and physical pre-treatment processes, enabling water treatment facilities to increase efficiency and reduce operational costs associated with the desalination process.
Seed
Latest Funding Stage
2024-07-11
Funding Date
6
Employees
United States
Location
Los Angeles, California
City & State
Sales-Ready Summary
Active Membrane recently secured Seed funding in July 2024 and utilizes a tech stack that includes WordPress, Yoast SEO, and GoDaddy, making them a potential target for vendors offering enhanced website performance, SEO optimization, or managed WordPress hosting solutions.
Key Contacts
Open Positions
View Careers PageHiring For
Similar Startups
NovoLINC
NovoLINC is a pioneering startup that provides thermal interface solutions. It develops a distinctive system of nanostructured materials and a proprietary manufacturing process with the objective of transforming thermal management.
Tethis
Tethis is a developer of a smart diagnostic device designed to create a diversified range of potential applications in diagnostic, therapeutic, and drug discovery. It also provides tools to support personalized medicine and targeted therapy in clinical settings.
Nanoramic
Nanoramic is commercializing its technology to alter energy storage for electric vehicles by improving energy density and longevity while lowering technology costs and it synthesizes and combines nano-carbons with electrical, thermal, and mechanical properties in diverse materials and transfers these qualities at the macroscale level, enabling clients to produce novel materials that can be made to satisfy the requirements of the energy storage sectors to improve energy storage.
BioSurfaces
BioSurfaces is a provider of medical care services intended to be offered by augmenting existing and emerging medical approaches with nanotechnology. The company's services applies room-temperature electrospinning process to allow drug loading into each fiber, providing a reservoir for sustained drug release at the implant site, enablingcustomers to make devices and coatings as thin as 10um which can treat diseases at site.