Hydrogen - Global overview

Hydrogen Global overview

Is hydrogen a piece of your future energy puzzle?

The Paris Agreement strengthened our commitment to limit the planet’s temperature increase to 1.5°C. Heavy industry contributes approximately 80% of global emissions, and the world is looking to them for a response. Electrification, renewable energy and energy storage will get us part of the way. However, even with a rapid deployment of solar and wind, electrification can’t do everything. In fact, it’s likely to meet about half of our expected final energy usage.

We need something else to fill that gap. Enter low-carbon hydrogen.

2

Hydrogen is today enjoying unprecedented momentum. The world should not miss this unique chance to make hydrogen an important part of our clean and secure energy future.

Dr Fatih Birol Executive Director, International Energy Agency

3

01 Our value

4

We work across all energy, chemicals and resources sectors

We help you create a best fit, cost effective hydrogen solution

We can guide you through all project phases, from developing a business case to operations and maintenance.

We have a long history of project delivery excellence We’re a reliable, safe, bankable organization and can help you secure project funding.

We’re in it for the long haul We work in partnership with you to deliver your hydrogen project. We share your goals and collaborate to continuously find the best solutions.

5

Innovation We need out of the box thinking to achieve global energy targets. That’s why we’re creating new ways of working and applying digital technology to solve problems faster.

To rise the challenge we are: •

devising innovative commercial and execution models

•

technology agnostic and will only recommend the best fit solution for your project

•

finding ways to automate tasks, predict outcomes, save money and decrease risks

•

designing early phase projects with the big picture in mind, allowing you to better design your future organization 6

Expertise Embracing hydrogen means venturing into unknown territory. But we’ve been here before.

Our global experts draw on their decades of project experience, knowledge of local legislation and environments and best practices to uncover the best fit solution to your hydrogen challenges.

We unlock brilliance by: •

drawing on expertise from around the world, while maintaining a commitment to local delivery

•

connecting global teams of experts virtually, to collaborate on solutions

•

engaging experts from all phases of the project (from advisory through to operations and maintenance) and from across the energy value chain (from renewable generation, to storage and integration) 7

Collaboration The key to successful hydrogen project delivery is shared vision. We are stronger together.

We align to your aspirations while providing trustworthy, objective and transparent advice.

No project is too large or too small and we’re flexible in our execution approach.

Our work doesn’t stop once the project is complete.

We work in collaboration with you to develop your people and transfer our knowledge, to help you build your future workforce.

We’re with you, every step of the way.

8

Delivery Our value is in our:

When navigating the complexities of a hydrogen project you need a safe, trusted and experienced pair of hands.

•

We provide clear pathway towards your goals and predictable, safe project delivery.

reliability of project execution. We complete projects on time and on budget

•

bankability and track record of getting projects to execution phase. We help you to secure the investment needed to complete your project

•

previous demonstrated success in hydrogen projects.

We’ve worked on the world's largest, newest and most exciting hydrogen developments

Safety is our priority and we always choose what is right over what is easy.

9

02 Experience

10

Increasing the scale of hydrogen production Building a carbon-free Netherlands We helped develop and operate a 20MW electrolysis plant using green electricity from offshore wind. The green hydrogen will be combined with carbon dioxide to produce bio-methanol.

Our team provided the technical and infrastructure work packages. What started off as an overall feasibility study is now a FEED project into implementation.

11

The single largest electrolyzer facility in Europe Technical consultancy Having strong partnership with electrolyzer manufacturers and the European renewables industry meant that we could help our customer develop a 760MW offshore wind farm and a 100MW hydrogen electrolyzer facility.

12

Developing a large-scale 36GW power to gas plant We provided technical evaluation and conceptual design so power can be produced from offshore wind farms. The hydrogen generated is then compressed for transportation by pipeline to shore or stored in offshore salt caverns or depleted gas fields.

13

Investigating possibilities An artificial island in the Netherlands Feasibility study on multiple options to expand and transition existing gas infrastructure.

The power to hydrogen energy conversion means it can serve as an energy carrier, fuel for transport, raw material for the industry and a substitute for the natural gas used in the local area.

14

Fuelling cleaner refinery operations with a 10MW hydrogen electrolyzer – the world’s largest Once operational, the facility will produce approximately 1,300 tonnes of hydrogen per year. Typically, hydrogen is produced as a test but now it will be used for the industrial process.

We provided technical and non-technical services for the project that fully integrates the refinery processes including desulphurisation of conventional fuels.

15

Reviewing international demand and production for hydrogen Oil to hydrogen competitor's study We performed a comprehensive techno-economic study of future demand including production pathways based on various feedstocks and blue and green hydrogen processes.

We also assessed green hydrogen carriers to understand the full cost of hydrogen production to its end usage. We provided projections for hydrogen quantities required under various climate action scenarios.

16

Using green hydrogen to produce ammonia and commercializing renewable hydrogen production We’re working with Queensland Nitrates Pty Ltd (QNP) who manufacture ammonium nitrate, to determine the feasibility of producing green hydrogen at commercial scale.

This study was undertaken in conjunction with Neoen, who will supply electricity from large wind and solar generation.

These projects are aimed at commercializing new green hydrogenbased products, as steps towards decarbonizing some of the highest emissions industries.

17

Largest co-located wind, solar, battery and hydrogen production facility in the world Producing up to 25,000kg of hydrogen per day Providing technical and financial analysis to determine a business case for the production, storage and transportation of green hydrogen in APAC. It included cost estimates for the key electrolysis technology blocks and balance of plant. It then considered a range of options for capacity, output and end use.

18

100MW green hydrogen plant utilizing offshore wind

Working with UK clusters to deliver a more sustainable world We are helping Gigastack consortium member Phillips 66 by performing the engineering for a 100MW green hydrogen plant in the UK. Our scope includes: •

desalination / water treatment to produce ultra-pure water feedstock

•

integration of electricity supply from Ørsted’s Hornsea 2 windfarm

•

integration of the 100MW electrolyzer (ITM Power)

•

design of the balance of plant and infrastructure

•

integration of the green hydrogen into the Phillips 66 Humber refinery as part of a decarbonization strategy

Orsted

ITM power

P66 humbler integration

19

Producing green hydrogen to decarbonize methanol production Nouryon and Gasunie New Energy are looking to develop and operate a 20MW water electrolysis plant in Delfzijl. Using green electricity from offshore wind, green hydrogen will be produced through water electrolysis.

As a renewable feedstock to Delfzijl's BioMCN plant, the green hydrogen will be combined with CO2 from other processes to produce bio-methanol.

20MW 3kt H2 Delfzijl FID: 2020

40-70MW 6-10kt H2 Delfzijl FID: 2021

100MW 15kt H2 Ijmuiden FID: 2022

250MW 40kt H2 Rotterdam FID: 2022

Our scope includes: •

Electrolyzer Package Unit (EPU)

•

Buildings, Infrastructure & Utilities (BIU)

•

Hydrogen distribution system/ “Openbare Waterstof Infrastructuur” (OWI)

In the first phase, we worked with Nouryon and Gasunie to provide the overall feasibility of the project. We have now been entrusted with the FEED package development to progress the project into implementation.

20

Case study library Green hydrogen

Producing green hydrogen (20MW) to decarbonize methanol production Combining renewable hydrogen with CO2 to produce renewable methanol Our customer is looking to develop and operate a 20MW water electrolysis plant in Delfzijl, the Netherlands. Using sustainable electricity from offshore wind, the electrolyzer will split water molecules into oxygen and 3,000 tonnes of green hydrogen every year.

The low-carbon hydrogen will be combined with CO2 captured from other processes to produce renewable methanol. Compared to fossil-based methanol, this will reduce 27,000 tonnes of CO2 emissions every year.

The project scope includes the electrolyzer package unit, buildings, infrastructure, utilities (BIU), and the hydrogen distribution system / “Openbare Waterstof Infrastructuur” (OWI).

We completed the feasibility study of the project as well as the front-end engineering design package.

22

Scaling-up green hydrogen production (50MW) at a chemical park Increasing the scale of hydrogen production to produce sustainable jet fuel We are supporting our customer on the development of a 50MW electrolyzer at a chemical park in the Netherlands to produce green hydrogen.

The green hydrogen – a feedstock for the chemical park's future sustainable jet fuel plant (SAF) – will be combined with waste and residue streams such as cooking oil to produce SAF. Our scope includes the feasibility and concept study of the 6,000 to 10,000 tonnes per year green hydrogen development.

23

From green hydrogen to ammonia nitrate

When constructed, it will be one of the first commercial-scale green hydrogen to ammonia facilities in the world.

The aim of this study is to determine the viability of producing green hydrogen at commercial scale at QNP’s existing manufacturing plant in Queensland, Australia, to feed a new ammonia plant, which in turn is fed into an existing ammonium nitrate chemical facility.

When the hydrogen is fed into the new ammonia plant, it will produce 20,000 tonnes of ammonia every year from 3,600 tonnes of green hydrogen. The proposed plant would produce 20 percent of the ammonia used by QNP which is currently purchased from third parties.

This project feasibility is being undertaken in conjunction with Neoen, who will supply electricity from a large wind, solar or battery hybrid farm.

24

Hydrogen Holland I 200MW Green Hydrogen Hub Rotterdam •

We are providing the engineering services for the combined conceptual, define and execute phase. New plant to be powered by renewable energy from an offshore wind farm

•

Estimated to produce 50,000 to 60,000kg of green hydrogen a day

•

Green hydrogen produced will initially be used to decarbonize Shell’s nearby refinery in Pernis and support the industrial use of hydrogen in the heavy transportation industry

•

Worley provides early engineering services for the green hydrogen plant including evaluation of electrolyzer technology vendors and integration with other assets such as offshore wind, pipelines, electrical grids and Shell’s Pernis refinery

•

Execution from the Hague, with support from Worley’s global hydrogen subject matter experts and global integrated delivery team in India 25

Offshore Wind Power to Hydrogen Expansion Project Supporting offshore wind developers with their expansion targets A feasibility study directed at investigating the possibilities for realizing energy conversion (power to hydrogen) on the artificial multi-functional working island IJver.

There are many applications on the island that are directly related to the energy transition. The green hydrogen will serve as an energy carrier, fuel for transport, raw material for the industry and substitute for Groningen natural gas.

The existing gas infrastructure can also be used to transport the hydrogen to the onshore gas grid.

26

World’s first large-scale industrial city powered by 100% renewables Confidential customer An industrial city which will be the world’s first large-scale industrial city, the size of Belgium, which will be powered by 100 percent low-cost renewable energy.

We’ve been supporting our customer with the hydrogen strategy, providing insights in local and global markets of green hydrogen, ammonia and other green molecules.

We also developed a strategy to construct a world class green ammonia production facility in the Middle East, including associated infrastructure, and supported by a tailor-made business model.

27