Nanochemistry for water and ground
Royal Sands develops nanoscale chemistry that changes what water and waste can be made to do. Taurus cements fine tailings into free-draining ground. Aquarius brings ferrate treatment within reach of small and remote drinking water systems.
Fines-growth cementation. Converts shear-fragile clay flocs into permanent, mineral-cemented aggregates that drain like sand.
Localized and verified ferrate treatment, engineered for small, remote and off-grid systems that lack multi-stage plants.
The science
Dispersed clay fines are held apart by a DLVO energy barrier. The standard industry fix, polymer bridging flocculation, spans that gap with long molecules. It works in a jar and reverses under pipeline shear and long-term load.
Polymer chains physically bridge particles into flocs. The bond is mechanical and reversible, so the structure degrades exactly where it matters.
Charge-neutralizing coagulants first collapse the energy barrier and clump dispersed fines into open clusters. Metered carbonate, iron-oxide or silica reagents then cement that structure at its point contacts.
Figures above are engineering design targets under active bench validation, not certified field results. Methods available on request.
The platforms
Both platforms come from the same core competence: reading a stream at the nanoscale, then choosing the reagent sequence that stream actually needs.
Fines-growth cementation for tailings and residual waste
Turns mature and fluid fine tailings into a stable, free-draining deposit that carries load, without a pre-dewatering stage and without leaving you a second water problem.
Ferrate treatment for small and remote drinking water
Ferrate is a powerful oxidant, coagulant and disinfectant in a single reagent. Aquarius localizes and independently verifies it for systems that have no multi-stage plant and no full-time operator.
Applications
The chemistry generalizes across aqueous environments. These are the four markets where the problem is largest, the obligation is clearest, and we can prove the technology fastest.
Mature and fluid fine tailings that will not consolidate on any workable timeline, holding reclamation and closure security in place across the Athabasca region.
Small and remote drinking water systems without multi-stage treatment. Designed for local operation and co-designed with the communities it serves, not delivered to them.
Forward and northern installations where water and waste handling must work without a supply chain behind it, and legacy sites that need ground remediation.
Copper, iron ore and other sectors carrying comparable tailings under tightening closure obligations and rising bond release requirements.
Getting to deployment
Before Taurus or Aquarius touches a site, that site has to be characterized. We run that characterization as a bounded, paid engagement. It de-risks the pilot for the operator and it funds the technology for us.
Pre-pilot characterization
Every deployment needs a defensible read of what is actually in the stream: the dispersed clays, the residual organics, the pore-water chemistry and the ionic conditions that decide which reagent sequence will work.
We sell that read as a standalone service. It is real revenue, it is genuinely useful whether or not you go on to a pilot, and every stream we characterize sharpens the design engine behind both platforms.
You send a sample and the problem you are trying to solve. We agree targets and success criteria before anything is quoted.
Zeta potential, SEM morphology, hydraulic conductivity and settling behaviour after shear. The output is a picture of the mechanism, not a pass/fail.
The reagent sequence your stream needs, and an honest read on whether Taurus, Aquarius, an existing product, or nothing at all is the right answer.
Where the characterization supports it, a staged bench-to-field program with ownership and data rights settled up front.
Talk to us
We are small, we are early, and the fastest way we get better is more people telling us what they see. There is no gatekeeping here. If any of these is you, we want the email.
You live somewhere the water is not right, or you are on council, or you sit on a water board. Tell us what is happening. We will tell you honestly whether we can help or who else might.
Email us about your waterWorking on tailings chemistry, ferrate, colloid stability, cementation or remote treatment? We will read your work, we will argue with you, and we will look for a way to fund a collaboration.
Send us your researchYou have watched a treatment program fail on a real deposit and you know why. That is the single most valuable input we can get. Coffee is on us.
Tell us what you have seenWhether you are carrying a tailings liability or organizing to get clean water somewhere it is missing, the conversation starts the same way. What is in the water?
Start a partnershipWhere we sit
Royal Sands is an early-stage Canadian venture. We are deliberately embedded in the accelerator, research and community-service networks that move water technology from a bench to a system that people actually drink from.
Applied research partnerships with Canadian polytechnics and universities, structured through national industry-academic funding programs.
Active in Canadian water-technology and deep-tech commercialization programs that connect founders to municipal and industrial pilots.
Technical anchor in Ontario's nanotechnology corridor, with a western hub planned as the field programs move to Alberta and BC.
Working toward long-term partnership with community service organizations whose clean water and sanitation programs reach places industry does not.
Impact framing
Clean water and reclaimed land, measured properly. These are the UN Sustainable Development Goals our two platforms speak to directly.
The team
Two founders, a research bench, and a deliberately low burn rate. Placeholder details below, confirm before publishing.
Leads technology strategy and the chemistry behind Taurus and Aquarius. Serving part-time in the Canadian Armed Forces, which is where the remote-installation application comes from.
Master's in wastewater engineering. Leads bench validation design and the analytical program behind the technical dossier.
Graduate researchers and technical advisors supporting bench validation, engaged through national industry-academic funding programs.
Get started
We will tell you what we see in the chemistry, what we would do about it, and whether the answer is us or someone else.
hello@royalsands.ca