Namibia is racing ahead with Power-to-X development. Across the entire value chain, skills are already in demand by project developers. What must be put into place now is a roadmap for skills development, that equips Namibians with the necessary knowledge, expertise, and skills. This study explores skills requirements in the PtX industry, identifies skills gaps and other education-related barriers, and proposes actions to enhance the employability of Namibians.

Carbon sourcing for products such as synthetic fuels remains a critical factor in terms of end-product sustainability. Namibia currently reviews available carbon sourcing options. Looking at Direct Air Capture (DAC), Biogenic Carbon and Carbon Capture and Utilisation (CCU), the study helps to understand the implications of carbon carrier choices and evaluate the different methods in the Namibian context. 

In a series of workshops, we discussed the EU requirements with representatives from governments, public and private sector in Algeria, Chile, Colombia, India, Jordan, Kenya, Namibia, South Africa, Uruguay, and Vietnam. This publication summarises frequently asked questions from the discussions, and also addresses general questions on the EU requirements. It specifically addresses issues related to the impact of the two delegated acts of RED II in non-EU countries. For background information, read this briefing describing these requirements in detail.

To advance global cooperation on certification of hydrogen and PtX, “101 Hydrogen Certification” provides clarity and precision on terminology and concepts used in hydrogen certification; describes the purposes and functionalities of hydrogen certification schemes; offers basic information on certification scheme design; and lays out the concept of mutual recognition of certification schemes for hydrogen and derivatives.

This introduction to the IPHE methodology for determining greenhouse gas emissions associated with hydrogen production, conditioning, and conversion provides insights into the content, context, and relevance of the methodology for regulatory authorities and private sector stakeholders. Based on this methodology, the International Organization for Standardisation (ISO) is seeking to develop an international standard.

The production of green hydrogen and PtX requires large amounts of land and affects a wide range of stakeholders not only for this reason. In the last discussion of our sustainability  series, we look at how land use for green hydrogen and PtX can be made sustainable and how to work proactively with stakeholders.

Our speakers are Maike Venjakob, Senior Research Energy Policy at Wuppertal Institute, and Lena Tholen, Research Fellow at Wuppertal Institute.

The Namibian government’s Green Hydrogen and Derivatives Strategy aims to develop a supportive ecosystem for the green hydrogen and PtX sectors. Skills development is hereby key to equip Namibians with the necessary knowledge, expertise, and skills to participate in the PtX industry.

This webinar introduces the same-titled study. Speakers will present methodology, findings and recommendations for a Skills Development Programme.

When it comes to ensuring the climate neutrality of PtX products, identifying the most sustainable carbon sourcing method is of great importance. In Namibia, biomass from bush encroachment is widely available and provides a local source while contributing to bush control and biodiversity.

This webinar introduces the above presented study. Speakers will share insights into carbon sourcing methods, the use of biogenic carbon for synthetic fuel production, and the newly developed biomass PtX process.

Around 90 participants from 30 institutions formed the intersectoral roundtable that developed Argentina's hydrogen strategy. The International PtX Hub was one of the supporting institutions that actively participated in the process. Our team in Argentina developed allocation scenarios providing projections of Argentina's future production volumes and demand in national and international markets. These projections were considered in the strategy development. They also organised a one-day PtX training together with the Secretary of Energy for the representatives of the intersectoral roundtable to contribute to a common understanding of the topic.

The launch of the national hydrogen strategy was a significant milestone. Now it is crucial to materialise the actions and formulate laws and regulations that promote the development of green hydrogen and PtX in Argentina. Our colleagues are looking at ways to use existing infrastructure, such as ports, and identifying needs for new infrastructure investments. And together with the Secretary of Energy, they are organising PtX trainings for provincial stakeholders in the provinces of Buenos Aires, Tierra del Fuego and Chubut.

Over three days, our international delegation explored practical solutions and collaborated with key stakeholders in Copenhagen's maritime and energy sectors to drive the decarbonisation of maritime transport. Green methanol and ammonia are among the promising options, and the team had the chance to witness their potential firsthand by visiting MAN Energy Solutions, and the world's first green methanol container ship from A.P. Moller - Maersk. The ship was inaugurated only a day before the visit. The 2,100-foot-long ship will run on e-methanol from a plant in southern Denmark operated by European Energy.

The Regional Center for Renewable Energy and Energy Efficiency (RCREEE) – as a technical arm of the League of Arab States – conducted its first PtX Hub Renewable PtX Train-of-Trainer at the Al Hussein Technical University in Amman, Jordan. Secretary General Eng. Amani Al Azzam from the Jordanian Ministry of Energy and Mineral Resources and Dr. Prof. Ismael Al-Hinti, President of the Al Hussein Technical University commenced the training with opening remarks. A site visit of a local hydrogen and chloride production factory in Jordan followed. Afterwards, the participants will implement the PtX course or selected modules in their national context as a multiplicator.

Colombian and Jordanian delegates embarked on a study trip through Germany, focusing on PtX technology. Visits to the University of Karlsruhe, thyssenkrupp and ArcelorMittal showcased renewable energy research, a green steel plant and scalable electrolyser solutions. The heart of our journey was the Hydrogen Technology Expo in Bremen. Engaging with industry leaders like Siemens Energy, H2 Core Systems GmbH, and ENERTRAG provided invaluable insights into practical PtX applications. Representatives from the Hydrogen Division of the Hamburg Ministry of Economics and Innovation, and the Hamburg Port Authority’s Sustainability Department also accompanied the delegates on the boat tour through Hamburg’s industrial port.

Since 2021, more than 900 people in over 25 countries have started a learning journey on PtX and green hydrogen with the PtX Hub. Now, all our alumni are invited to stay in touch with the newly set up PtX.Community. The first invite brought 100 people to the atingi online platform and more than 30 participated in the first live call. The next meeting will focus on certification of green hydrogen and PtX. Until then, discussions will continue on atingi.

Go behind the scenes and meet Nooraldeen Balah, Advisor at the PtX Hub in Jordan. 

Q: What is needed for Jordan to benefit socio-economically from a PtX economy?

A: We need to move from a hydrogen to an application perspective. If we analyse our industry thoroughly, we can identify the most feasible PtX product. This

way, hydrogen will become financially viable, and we can increase local value creation.

Q: What is an important aspect of sustainable PtX in Jordan?

A: Water is a non-negligible element. We are collaborating with the water sector to evaluate alternative water resources such as desalination. The aim is to create co-benefits to increase the share of drinking water in Jordan.

Q: Why do you personally care about sustainable development and PtX?

A: Jordan is a country facing significant challenges due to its limited water resources and reliance on fossil fuel imports. This very reality motivates me to contribute to the energy transition and to improve the water situation in my home country and beyond.

Nooraldeen coordinates activities with our Jordanian partner universities to develop green hydrogen and PtX curricula. He also supports the Ministry of Energy and Mineral Resources in developing the country's PtX narrative, e.g. through trainings on sustainable PtX solutions and certification.

A fundamental element of green hydrogen and PtX production is the electrolysis process: an electrolyser device converts electrical energy into chemical energy in the form of hydrogen and oxygen.