With its ambitious European Green Deal, the European Commission (EC) aims to propel the European Union towards climate neutrality by 2050. This strategy leverages mandatory regulations, such as a minimum recycled content and heightened renewable energy targets, to steer existing industries towards more sustainable practices. However, how effective are these regulations in fostering the development of novel clean energy technologies and which are essential in Europe’s transition to sustainable energy?
By motivating Member States to reduce market entry obstacles for net-zero technologies, the EC aims to strengthen Europe’s autonomy in strategic technologies. The act sets a specific target, aspiring to manufacture at least 40% of the EU’s net-zero technologies within the Union by 2030. This initiative marks a significant step towards fostering innovation and sustainability in Europe’s industrial landscape.
Key principles of the Net Zero Industry Act
To accomplish this ambitious goal, the NZIA centers its actions around 3 fundamental principles:
1. Streamlined Regulation: The NZIA aims to create a predictable and simplified regulatory environment. This involves reducing administrative burdens by simplifying processes, limiting permit-granting durations, setting up regulatory sandboxes, and ensuring open access to information. By doing so, the Act intends to improve investment certainty and incentivize industry investments in European innovation and production capacity.
2. Access to Funding: The Act seeks to facilitate access to funding through public procurement procedures, auctions, and schemes supporting private consumer demand. It’s important to note that the structural additional funding is limited, as the current proposal primarily repurposes existing funding channels. The European Parliament recognizes this limitation and is exploring additional financing options, including taxing carbon emissions to finance decarbonization efforts.
3. Skill Enhancement: The NZIA aims to empower citizens to contribute to net-zero industries and cultivate a skilled, adaptable workforce. To accomplish this, the EC is providing € 5 million in seed funding for the establishment of ‘European Net Zero Industry Academies’. These academies will develop and promote learning programs for students and training materials for employees, encompassing both up-skilling and re-skilling.
The Act defines a shortlist of core technologies, labelled ‘Strategic Net-Zero technologies,’ from which the EU Member States can select technologies to prioritize in national legislation and approval procedures. This list includes solar PV, solar thermal electric and solar thermal technologies; onshore wind and offshore renewable technologies; battery/storage technologies; heat pumps and geothermal energy technologies; electrolysers and fuel cells; sustainable biogas/biomethane technologies; carbon capture and storage (CCS) technologies and grid technologies. However, there’s ongoing debate regarding the inclusion of technologies like nuclear energy, sustainable aviation fuels, and CCU (carbon capture and utilization). Members of the European Parliament recently voted to broaden the scope of the legislation to include components, materials and machinery, and the inclusion of Net-Zero Industry Valleys and to expand the list of technologies covered by the legislation. The approved amendments, resulting from the vote, did not include additional objectives for the technologies on the list, which makes CCS the only technology for which the Act provides a detailed objective, already set by the EC in their original proposal. Concretely, the EC sets an objective of achieving an annual injection capacity of 50 million tonnes of CO2 by 2030. Currently, Europe has no injection capacity, except for some smaller test sites. To achieve this objective, measures are foreseen such as creating a single market for CO2storage services, enhancing information sharing on geological data, and garnering support from Member States for strategic CCS projects.
In the bigger picture, the NZIA is just one pillar of the EC’s Green Deal Industrial Plan, a broader package of policy initiatives designed to steer the EU toward climate neutrality by 2050. Critics[1] argue that the Act lacks coordination and strong governance when compared to other EU policies. Although the ‘Net-Zero Europe Platform’ is proposed to coordinate NZIA actions and monitor objectives, it appears more as a forum for sharing best practices rather than a steering body.
[1] Rebooting the European Union’s Net Zero Industry Act (bruegel.org)
What does the NZIA mean for manufacturing industry?
The NZIA introduces Net-Zero Strategic Projects, which will be prioritized based on their impact on the manufacturing capacity of net-zero technologies. For existing facilities, permits to increase production capacity should be easier to obtain. Additionally, new investments, especially for the development of new CO2 storage sites, should be supported and expedited by the Member States. To ensure availability of a highly skilled workforce, Net-Zero Academies will be set up with a training program for each Strategic Net-Zero Technology.
What does the NZIA mean for innovators?
For innovative Net-Zero Technologies, i.e. technologies with a TRL below 8, the EU will provide regulatory sandboxes. This allows for innovative net-zero technologies to be tested in a controlled environment before market deployment. To enter the sandbox, enterprises will have to comply to a set of selection criteria, which will be set by the Member States at a non-specified timing. The EU will grant priority access to small- and medium enterprises.
What does the NZIA mean for academia?
Fundamental research and development of novel technologies is not within the scope of this Act. Consequently, budget increases for research initiatives, e.g. Horizon Europe, are not expected. Academia might be consulted for the establishment of Net-Zero Academies, where students and employees will be trained to deal with the Strategic Net-Zero Technologies.
