Coated feed spacer
Surface engineering targeting spacer-side fouling and long-term system performance.
←R&D + Technology
Water Technology
Membrane + Spacer Technology
Purify
Building the next generationof RO performance.
METASORB is developing proprietary membrane and feed-spacer technologies targeting fouling, cleaning demand and long-term RO system performance.
Commercial RO today.Proprietary membrane technology tomorrow.
01 — The problem
Fouling starts whereflow meets surface.
Feed spacers define flow inside spiral-wound RO elements — but they also create surfaces where fouling can accumulate.
01
Fouling accumulation
02
Pressure loss
03
Cleaning burden
02 — Project Ignition
Engineer thefeed spacer.
Surface engineering applied directly to the RO feed spacer to target fouling where it accumulates inside the element.
Why it matters
A component already inside every spiral-wound element creates a direct pathway to differentiated membrane products.
Coated spacer detail
03 — Water Technology Platform
Two technologies.One water platform.
METASORB is developing technology across two functional layers inside the RO element.
Next-generation membrane
Membrane development targeting the performance and efficiency of future RO elements.
Feed spacer
Fouling + flow interface
Membrane
Separation + efficiency
Future premium RO element
04 — Commercialisation Model
The market channelis already being built.
Commercial RO projects create customers, operating insight and market access while proprietary technology develops.
01
Commercial water today
RO engineering + membrane supply
02
Field insight
Real operating problems
03
Proprietary R&D
Spacer + membrane development
04
Future products
Premium METASORB technology
“We are building the customer channel while the technology matures.”
Future METASORB products can enter a market where customer relationships and commercial channels already exist.
Target Water Markets
Industrial ROWater ReuseDesalinationWastewaterProcess Water
From R&D to Market
Building the commercial pathwaywhile the technology matures.
Real RO projects, membrane supply and proprietary R&D create a pathway from laboratory technology to future commercial products.