Everything
Under
One Cube
System architecture, requirements, and the validated-vs-contingent breakdown every diligence process eventually asks for — organised in one index.
System architecture, requirements, and the validated-vs-contingent breakdown every diligence process eventually asks for — organised in one index.
Public materials are linked directly. NDA-gated documents are released once a standard mutual NDA is on file with us.
How each of the subsystem integrate inside the GH2E-Class umbrella, and how the Nexus Cube's 5:1 core-to-water-treatment ratio has been determined.
UNDER NDA
Site prep, centre footprint, feedstock to engineering requirements, and the commissioning checklist for fixed-pad or mobile deployment across ecosystems.
IN REVISION
Electrocoagulation (EC) output quality, reuse pathways for irrigation and livestock, and the local discharge compliance process. Individual states maintain different standards.
UNDER REVIEW
Voluntary registry alignment and the verification process for credits that are generated from GH2E-class systems across various waste ecosystems.
UNDER NDA
Core isolation procedures, electrocoagulation unit servicing, and the maintenance rotation that preserves 5:1 redundancy during upkeep and metal catalyst procedures.
IN REVISION
Cost-per-unit basis, phased deployment plan, and the validated-vs-contingent breakdown for hydrogen yield at scale. Also contains stress case scenarios risk summaries.
UNDER NDA
What's demonstrated vs. what needs validation: when taking on a project water treatment performance (via Dimension Water™) is demonstrated across various waste ecosystems. Hydrogen yield at its fully designed throughput might depend on characterisation of the electrocoagulation sludge cake that's not always as clear — that's why we require access to your feedstock type or requirement figures before confirming the yield, as the output cannot be verified without chemical validation.
The shorthand you'll see repeated across documents, support tickets, and the site itself.
The reference configuration of NexusInnovest's land-based, waste-to-hydrogen systems.
The plasma gasification core that breaks down waste feedstock and separates hydrogen-rich syngas in real-time without combustion.
The electrocoagulation and vortex stages that treats the water stream co-produced by the gasification process.
The deployable containerised unit housing individual Hydrosparq™ cores paired with one Dimension Water™ units — typically in a 5:1 ratio.
Conceptual marine systems that produce desalinated water and hydrogen simultaneously.
Electrocoagulation — a water treatment method using electrical current to remove suspended solids and contaminants.
Total / Dissolved Organic Carbon — the characterisation metrics used to assess the EC sludge cake and downstream hydrogen yield potential.
Voluntary Carbon Markets — private entities buy and sell carbon credits to offset greenhouse gas (GHG) emissions beyond regulatory requirements.
Site assessments, spec sheets under NDA, or a walkthrough of the financial model — the diligence desk routes it from there.