We assess hydrogen production, transportation and use as parts of a single system, with a technical basis connecting resources, infrastructure and demand.
Production technology selection must reflect the intended use of hydrogen and site conditions. The availability of energy, water and feedstocks is analysed alongside product quality, delivery method and demand variability.
An integrated assessment identifies dependencies between equipment, utilities and infrastructure. Development decisions are supported by technical scenarios and the early identification of information that must be confirmed before proceeding.
The value chain requires compatibility between each stage and its operating conditions.
Studies compare production routes and integration requirements. In electrolysis, the electricity supply and water treatment form part of the system balance; the assessment also considers utilities, product conditioning and availability criteria.
Define the end use, location, resources and interfaces. Record assumptions and compare supply scenarios before selecting a configuration.
Consolidate the design basis, safety criteria and specifications. Coordinate technology packages with civil works, electrical systems, instrumentation and utilities.
Organise procurement, construction and system verification. Define the documentation operations will need to accept and maintain the facilities.
The configuration connects production technology, water quality, energy and the demand profile. For electrolysis, electrical integration and utility availability must be assessed alongside the intended operating regime.
Storage, compression and delivery are determined by the end use. Equipment and material selection requires specific safety and compatibility assessments, with clear interfaces between packages.
With the intended application, demand and available resources. This information allows configurations to be compared and identifies the supply, site and integration studies required before proceeding.
Common boundaries and scenarios are used for production, storage and consumption. Differences in availability, utilities, logistics and operations are documented alongside the study's assumptions and sensitivities.
Hydrogen assessments relate the electricity supply profile to equipment response and product delivery conditions. Reviewing load scenarios, buffer storage and utility systems helps establish a consistent operating basis before engineering packages are developed.
Scope is organised around the maturity and needs of each project.
Compare technical alternatives, identify constraints and establish a basis for project decisions.
Explore the scopeCoordinate processes, equipment and infrastructure from studies through to detailed design.
Explore the scopeOrganise system verification, test records and handover to operations.
Explore the scope
