PASSIVE SOLUTIONS TO COMPLEX ISSUES
H2nanO creates passive, sunlight-driven technologies to treat hard-to-degrade contaminants, reduce emissions, and enhance natural evaporation. Our technology provides a high treatment strength without intensive energy or treatment infrastructure, harnessing nature to deliver clean water and reduce carbon footprint.
Our Technology
H2nanO's technology provides a reusable, catalyzed reaction to create treatment compounds from the water itself. These oxidants completely mineralize contaminants, leaving purified water without waste or by-products requiring further treatment. Our technology operates passively, without the need for chemical or energy inputs, lowering operating costs for treatment.
Passive Treatment
Sunlight-activated catalysts provide treatment without energy or chemical inputs.
Complete Degradation
No wastes or by-products to recover or dispose.
Simple Integration
Low complexity process design and integration into existing systems.
Our Processes
Mobile Laboratory
Validate and optimize treatment using customizable testing environments.
Small-footprint mobile design for onsite observation and analysis.
Modular Reactor Systems
Static or continuous treatment process with scalable reactor vessels.
Drop-in-place and combine with existing processes for pre/post-treatment.
In-Situ Systems
Integrate treatment directly onto existing or new lagoons and storage ponds.
Configure the treatment system to a desired surface coverage for oxidative water treatment, emissions control, and evaporation enhancement.
SolarPass is a passive advanced oxidation process that excels at destroying hard-to-degrade compounds. SolarPass harnesses sunlight to produce oxidants in-situ without energy and chemical inputs.
Target Contaminants
SolarPass acts as a self-regenerating adsorbant to concentrate and treat trace-level contaminants (ppm to ppt).
Powerful Oxidation, Simple Operation
Achieve stronger oxidative strength compared to conventional technology (ozone, peroxide, etc.)
Lower Treatment CapEx and OpEx
Remove the need for intensive treatment infrastructure. Low input and low waste volumes.
SolarPass Applications
Naphthenic Acids
BTEX
Polycyclic Aromatic Hydrocarbons (PAHs)
1,4-dioxane
Phenolics
Algal Toxins (cyanotoxins)
Ammonia
Reduced Sulfur Compounds
Manganese
Organometallics (organoselenium)
Pesticides
Pharmaceuticals
Stratus is a floating reactive barrier used to capture and treat volatile emissions from stored water to mitigate emissions release and reduce odor. Our process stops gas release and transforms compounds into less volatile forms.
Reduce Carbon Footprint
Eliminate methane and other VOCs, lowering GHG emissions by up to 80x from ponds or lagoons.
Improve Local Air Quality
Our Stratus technology can intercept and eliminate malodorous emissions (H₂S, VOCs, etc.).
Retrofit Existing Infrastructure
Our technology platform is easily adapted to any water body or container. Simple deployment and recovery in-situ.
Stratus Applications
BTEX
Volatile Organic Carbons (VOCs)
Methane
Reduced Sulfur Compounds (H₂S)
Ammonia
Volatile Fatty Acids (VFA’s)
General Odours
Oasis uses our buoyant treatment technology to enhance natural evaporation by providing efficient heating for water evaporation. Composed of floating sunlight absorbing beads, Oasis leverages capillary transport and photo-thermal properties to provide passive brine management and desalination capable of zero-liquid discharge.
Improved Solar Evaporation Efficiency
Oasis engineered materials concentrate solar heating to the water surface.
Increase Resource Recovery
Deploy Oasis in-situ to accelerate solar evaporation processes for improved recovery of lithium, potash, and more.
Reduce Evaporation Footprint
Achieve the same evaporation output with a reduced brine pond footprint.
ENVIRONMENTAL Technology Expertise & Innovation
H2nanO brings leading experience in designing advanced materials and process designs for environmental applications. Over the past 7 years, our team has published over 15 peer reviewed papers with more in progress. Our team is enthusiastically committed to establishing new technologies to solve challenging water treatment problems.
