Solutions for production, storage, safety, and integration

Green hydrogen solutions built for delivery

Hydrogen projects succeed when technical choices match local constraints: renewable power shape, water availability, footprint, safety zoning, and offtake realities. Tifalon provides structured solution modules you can adopt in phases, from early feasibility through handover-ready documentation. The goal is to help teams make clear decisions, reduce rework, and align stakeholders across engineering, operations, and compliance.

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Common starting points

Choose what you need now; add modules as your project matures.

green hydrogen project planning board with electrolyser storage and safety icons

Electrolysis readiness screen

Quick check of power, water, land, and operations to confirm feasible ranges and next data needed.

Storage and logistics concept

Duty-cycle-based sizing with a clear rationale for compressed, liquid, or carrier-led distribution.

Safety planning pack

Hazard framing, layout constraints, and practical documentation to support internal reviews and permitting.

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Solution modules

Each module is designed to produce decision-ready outputs that fit into your project governance. We document assumptions and interfaces so your team can compare options consistently. If you already have an EPC or technology supplier, these modules can strengthen your internal brief, clarify scope boundaries, and reduce uncertainty in procurement conversations. We do not claim one technology suits all sites; the right solution depends on duty cycle, available power, safety zoning, and offtake requirements.

Electrolysis planning

We translate your target hydrogen output into the practical inputs that drive plant design: electrical connection, water treatment needs, cooling or heat recovery considerations, and operating profile. The output is a planning pack that highlights constraints, data gaps, and a clear set of sizing assumptions that can be validated with suppliers.

Power profile and flexibility framing
Water quality, treatment, and discharge notes
Interfaces for compression, storage, and end-use

Storage and distribution

Storage is where technical decisions meet logistics. We help define a storage concept based on demand patterns, delivery cadence, footprint constraints, and operational preferences. The outcome is a reasoned comparison of options, including implications for safety distances, maintenance, and on-site procedures.

Compressed storage duty-cycle sizing
Liquid hydrogen considerations and constraints
Logistics narrative for internal and external stakeholders

Safety and compliance

Hydrogen requires disciplined safety design and operational readiness. We support early hazard framing, layout implications, and documentation that helps your team engage constructively with internal EHS, insurers, and regulators. We focus on clarity: what is assumed, what must be validated, and what procedures are required for safe operations.

Hazard identification framing and action list
Layout and separation distance implications
Operations procedures outline for training planning

Renewables and grid integration

Green hydrogen depends on how renewable generation and grid constraints behave over time. We help teams map electricity availability to hydrogen demand, identify where flexibility adds value, and outline the control and metering considerations that matter for commissioning. The output is a practical integration plan, not a theoretical model, focused on operational realities and measurable inputs.

Production profile alignment

Define minimum and maximum operating windows and how storage smooths mismatch.

Curtailment utilisation

Assess when excess renewable electricity can be captured without operational strain.

Mobility and depot refuelling

Refuelling projects demand predictable throughput, safe procedures, and clear responsibilities for on-site staff. We help define a refuelling concept based on fleet size, duty cycle, and peak fill windows, then map the implications for storage, compression, and station layout. Outputs are written so they can be reviewed by operations leaders and safety teams without specialist translation.

Throughput and peaks

Model fill windows and align equipment sizing to realistic depot schedules.

Operational readiness

Outline procedures, responsibilities, and training inputs for safe daily use.

How to choose a starting module

If you have a specific end-use and a rough idea of scale, the fastest path is often a readiness screen that identifies binding constraints. For industrial sites, the limiting factors are commonly electricity connection flexibility, utilities interfaces, and safety distances in an existing footprint. For mobility, the limiting factors often relate to peak refuelling windows and operational procedures that must be reliable from day one.

We recommend starting with the module that produces the most clarity for your next decision. If you are planning a procurement step, documentation and interface definition can reduce scope gaps. If you are still validating feasibility, a focused constraint map typically saves time and avoids optimistic assumptions. For teams building a stakeholder case, we provide a structured narrative that explains trade-offs without overpromising outcomes.

Read decision guides

Send a concise project inquiry

We use these details to respond and suggest a fitting module. You can request deletion at any time.

What you receive

A clear response that identifies the most relevant module, a short list of questions to confirm constraints, and suggested next steps. If a call is useful, we propose a structured agenda that respects your time and stakeholder needs.

What we avoid

We avoid vague claims and unrealistic outcomes. Where assumptions are needed, they are stated explicitly. If your requirements are not a fit, we will say so, and we will suggest a more suitable direction to explore.