Hydrogen, Ammonia & Decarbonisation

Assess the whole decarbonisation pathway

EEH’s long-term focus includes hydrogen and ammonia, with development work centred on the complete production-to-use chain.

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YOUR PROJECT

Start with the decision you face

The need

A credible route to industrial decarbonisation with a defined energy source, customer and infrastructure requirement.

How EEH supports you

We are developing capabilities in project screening, partner and technology assessment, infrastructure coordination and financing preparation for hydrogen and ammonia opportunities.

What we need to start

Intended end use, energy and water availability, site constraints, prospective offtake, transport route and technology maturity.

OPPORTUNITIES FOR CLIENTS

Turn the opportunity into an assessable case

Renewable hydrogen and its derivatives open pathways for uses that are difficult to electrify directly. A project needs to connect qualifying production, actual demand and the full delivered cost. We assess direct electrification and other alternatives alongside the proposed hydrogen route.

Institutional context: European Commission — Renewable hydrogen

Assess your market and investment case ↗

LIFE CYCLE SUPPORT

Connect the work from the outset

We define the opportunity, coordinate the project workstreams and prepare financial and project documentation. Financing structuring includes access to our network of financial institutions and investors, with decisions made independently by each counterparty.

01
Opportunity assessment
02
Feasibility
03
Development & permitting support
04
Engineering, procurement & construction (EPC) partner coordination
05
Financing structuring
06
Implementation & operation support

See our delivery model ↗

Plan EU market entry and investment through Bulgaria ↗

DEVELOPMENT & STRATEGIC FOCUS

Match the scope to the operating need

Hydrogen production and integration

Assess the renewable electricity supply, electrolyser duty, water treatment, storage and industrial interface as one development case. Equipment selection follows the intended use and operating conditions.

Discuss project requirements

Ammonia as a hydrogen carrier

Hydrogen produced where renewable electricity is abundant and comparatively inexpensive can be converted into ammonia for delivery to regions with more constrained or costly renewable resources. Liquid ammonia offers denser hydrogen storage by volume than compressed hydrogen and less demanding liquefaction conditions than liquid hydrogen, supporting storage and transport.

Discuss project requirements

Delivered energy and industrial demand

Assess ammonia synthesis, transport, storage and any reconversion together: conversion losses, safety requirements and infrastructure costs can change the investment case. Direct ammonia use and recovery of hydrogen require different receiving facilities and customer specifications.

Discuss project requirements

Development and partner screening

Define the feasibility studies, permitting dependencies and specialist capability needed for the proposed value chain. Prepare scenario-based financial documentation before capital discussions.

Discuss project requirements

Institutional context: European Commission, Joint Research Centre — Current status of Chemical Energy Storage Technologies

Institutional context: UK Government — UK hydrogen strategy

Institutional context: Scottish Government — Offshore wind to green hydrogen: opportunity assessment

WHO IT IS FOR