Hose fitting
Barbed outlets for flexible hose runs — suited to prototype rigs, mobile equipment and machinery where routing flexes.
Investor relations · Licensing-led technology
Fluid, exactly where it's needed. Exactly when.
Adaptive fluid-routing hardware paired with real-time software, so one compact platform manages four independent circuits — and keeps moving the split as conditions change.
Dectravalve — quick release
- Independent circuits
- 4 from one device
- Control
- Real time
- Installation
- New build & retrofit
- Business model
- Licensing-led
Detail sections
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Investors
The investment case, key facts, use of funds and the current round. Request access to view.
Request access → Leadership & advisoryTeam
The people building and commercialising the platform, and the advisors behind them.
Meet the team → Four industriesSectors
Data centres, automotive, heating and agriculture — one core technology.
Explore sectors →
The lead market
AI is rewriting data centre design.
Rack power densities are climbing, workloads are mixed, and efficiency targets keep tightening. Cooling that was set once at the design point cannot follow a load that moves by the second.
Where the cost sits
Cooling is the overhead. Adaptive routing is how you cut it.
In a liquid-cooled hall, coolant is pumped and chilled for the whole rack at the rate the hottest component needs. Everything else is over-served, and the energy that over-serves it is paid for every hour of every year. Four mechanisms turn that into recoverable cost.
Operating cost
Less cooling energy
Flow follows load instead of the design point, so pumping and chilling work is spent where heat actually is rather than across the whole rack.
Plant efficiency
Warmer return water
Higher return temperatures raise chiller efficiency and extend the hours per year a facility can run on free cooling instead of mechanical plant.
Heat reuse
Heat worth recovering
Warmer return water makes waste heat useful for district heating or adjacent buildings — turning a disposal cost into a recoverable output.
Capital cost
Deferred plant spend
Better thermal uniformity can allow higher rack density inside existing cooling capacity, deferring capital spend on new plant.
Model it against your own hall
Your figures, your assumptionsOn average the platform saves around 15% of cooling energy. The actual figure runs higher or lower depending on existing infrastructure, workload profile and how the system is designed.
- Indicative annual saving
- £1,655,640 / yr 5,913,000 kWh avoided per year
- Current annual cooling energy cost
- £11,037,600 / yr
- Implied PUE after
- 1.433 Cooling load only; no other overhead changed
Arithmetic: cooling power = IT load × PUE × cooling share of facility energy, run for 8,760 hours and multiplied by your electricity price, then by the reduction figure. The 15% reduction is Hydrohertz’s stated average rather than a measured result for your site; every other input is yours to set.
The platform, working
One inlet. Four circuits. Constantly rebalanced.
A conventional manifold splits flow on fixed ratios and holds them there. Hydrohertz reads live demand and moves the split as it shifts — so capacity follows the load instead of the plumbing.
Select a zone to raise its demand
4 of 4 outlets open · 100% allocated
Live allocation
Illustrative visualisation of adaptive routing behaviour, using a data-centre example. Allocation is shown in 5% increments to demonstrate potential system-level flow distribution. Actual resolution depends on valve configuration and system architecture. Figures are for explanation only.
Business model
Built to be licensed, not just sold.
Hydrohertz replaces static fluid management with intelligent adaptive control. Because the core platform carries across industries, the same intellectual property and engineering expertise can be applied again and again.
Core
Technology licensing
The primary route to market: licensing the platform to partners who build it into their own products.
Support
Engineering services
Application engineering to adapt hardware configuration and software behaviour to a customer's system.
Layer
Software
The intelligence that reads live data and decides where fluid goes — tailored to existing control architectures.
Reach
Partnerships
Scale through OEMs and Tier 1 suppliers, with manufacturing undertaken through partners where appropriate.
A platform approach, rather than a standalone component — intelligent software and adaptive fluid-routing working together.
What differentiates HydrohertzTo become a leading provider of intelligent fluid management technology across multiple industries.
The long-term visionHow the platform works
A control loop, not a setting.
Sense
Read the system
Live operating data from the sensors already in the system — and from as many sources as the application provides.
Analyse
Work out demand
Software interprets what each circuit actually needs right now, rather than assuming the design-point condition holds.
Route
Move the fluid
Proprietary adaptive fluid-routing hardware sets the split across multiple independent circuits from one compact device.
Adapt
Keep adjusting
Conditions change, so the split changes with them — continuously, without waiting for an operator or a schedule.
Continuous — the loop never stops running
The Dectravalve
Three ways to plumb it in.
The adaptive fluid-routing hardware at the centre of the platform. It works alongside the pumps and components already in the system, in the connection style that suits the build.
Quick release
Dry-break couplings for circuits that get connected and disconnected often, including serviceable rack-level assemblies.
Push fit
Tool-free push-fit connectors for fast installation on hydronic pipework and high-volume assembly.
Worth being clear
Hydrohertz is not a valve manufacturer, and the platform is not software alone. The Dectravalve is one enabling component within a wider technology platform that combines adaptive hardware with intelligent software. It works with existing pumps — it does not replace them.
Frequently asked
Questions,
answered plainly.
8 questions
It replaces static fluid management with intelligent adaptive control, improving efficiency, performance and resilience.
A licensing-led strategy, supported by engineering services, software and strategic partnerships.
Data centres, automotive, home heating, agriculture and other industrial sectors.
The same core technology platform can be applied across multiple global industries, allowing intellectual property and engineering expertise to be leveraged repeatedly.
The primary focus is technology development and licensing, with manufacturing expected to be undertaken through partners where appropriate.
The combination of intelligent software and adaptive fluid-routing technology provides a platform approach rather than a standalone component.
Through partnerships, licensing agreements and collaboration with OEMs and Tier 1 suppliers.
To become a leading provider of intelligent fluid management technology across multiple industries.
10 questions
A technology company developing intelligent fluid management solutions, combining proprietary adaptive fluid-routing hardware with intelligent software to control the movement of fluids in real time.
Hydrohertz's proprietary adaptive fluid-routing technology. Working alongside intelligent software, it lets multiple independent fluid circuits be managed from a compact device.
No. Hydrohertz develops an intelligent fluid management platform. The Dectravalve is one enabling component within that wider platform.
It gathers live operating data, analyses system demand, and dynamically controls fluid routing to optimise performance, efficiency and resilience.
Current applications include data centres, automotive, home heating, agriculture and other industrial fluid systems.
Yes. The technology suits both new designs and retrofit applications, depending on system architecture.
The Dectravalve is available with hose fittings, push-fit connectors and quick-release couplings.
Yes. Independent multi-zone control is one of the platform's core capabilities.
No. It works alongside existing pumps and other fluid system components.
By directing fluid only where it is required, the platform can improve efficiency, reduce unnecessary pumping and simplify fluid architectures — depending on the application.
9 questions
Compatibility depends on materials and the intended application. Water-based coolants, glycol mixtures and other fluids may be suitable following engineering assessment.
No. Hydrohertz combines intelligent software with proprietary adaptive hardware.
Yes. Integration can be tailored to customer requirements and existing control architectures.
Not necessarily. Deployment options depend on the application.
Yes. The software is designed to use information from multiple data sources to optimise fluid routing.
Yes. The core technology is intended to scale from compact systems to large industrial applications.
Yes. Hardware configuration and software functionality can be adapted for specific customer requirements.
Material selection depends on the application and fluid compatibility requirements.
Hydrohertz continues to develop and strengthen its intellectual property portfolio.
Investor & partner enquiries
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