Norway is now moving forward with new climate requirements for offshore vessels that could have a major impact on suppliers within hydraulics, electromechanics, automation and marine drive systems. The proposal, presented by Norwegian authorities and currently under further political review, aims to significantly reduce climate emissions from vessels operating on the Norwegian continental shelf.
If implemented according to the current plan, offshore vessels will gradually be required to reduce their climate intensity from 2029 onwards. This is expected to trigger substantial investments in new energy systems, electrification and energy-efficient technologies.
For suppliers within hydraulics and industrial automation, the development could also create new business opportunities.
The requirements are not yet fully approved
It is important to emphasize that the regulations have not yet been fully finalized. The proposal comes from Norwegian authorities and has been presented as part of Norway’s efforts to reduce emissions from the offshore and maritime sectors.
According to the proposal, offshore vessels will gradually need to reduce climate intensity by:
- 10 percent from 2029–2031
- up to 40 percent from 2038–2040
The requirements are mainly aimed at offshore vessels such as:
- supply vessels
- anchor handling vessels
- construction vessels
- service vessels
The goal is to drive new technology development and lower energy consumption within the Norwegian offshore industry.
Could trigger investments exceeding NOK 10 billion
Industry assessments from DNV indicate that the transition could result in investments between NOK 6.7 and 10.2 billion.
This includes investments in:
- hybrid propulsion
- battery systems
- electrification
- alternative fuels
- energy-efficient drivetrains
- marine control systems
- smarter hydraulic solutions
For suppliers within hydraulics, pneumatics and electromechanics, this is particularly interesting because many offshore vessels rely heavily on hydraulic systems for:
- winches
- cranes
- deck equipment
- steering systems
- subsea equipment
- ROV systems
As energy consumption must be reduced, the need for more efficient hydraulics and smarter control systems is also increasing.
Electrical and electrohydraulic systems becoming more important
The development is expected to accelerate the transition towards more electrified and energy-efficient systems onboard offshore vessels.
This means growing demand for:
- electrohydraulics
- electrically controlled valves
- energy-efficient pumps
- variable frequency drives
- smart sensor technology
- condition monitoring
- digital monitoring
- marine automation systems
At the same time, the integration between hydraulics and electrical drive systems is expected to increase further in future offshore vessels.
For many system integrators, this means traditional hydraulics increasingly need to be combined with:
- software
- electronics
- sensors
- data monitoring
- energy-efficient control systems
Biodiesel not considered sufficient under the proposal
One notable part of the proposal is that traditional liquid biofuels are not proposed to fully qualify for meeting the climate requirements.
Instead, Norway wants to stimulate development within:
- hydrogen
- ammonia
- biogas
- battery operation
- hybrid solutions
This in turn drives demand for new auxiliary systems, cooling systems, control technology and safety solutions where hydraulics and automation continue to play an important role.
Increased focus on research and competence
Alongside the new climate targets, several Norwegian initiatives are underway within maritime research, energy efficiency and green offshore technology.
For several years, Norway has invested in development related to:
- maritime electrification
- autonomous vessels
- energy-efficient drive systems
- offshore automation
- hydrogen solutions
- smart industry
Several universities and research environments are already working closely with industry within areas such as:
- electrohydraulics
- marine automation
- energy management
- digital condition monitoring
There is also a growing demand for technical expertise within both hydraulics and electrification as systems become more integrated and complex.
Offshore transition could create new business opportunities
Even though the regulations are not yet fully approved, the signal from Norway is clear – the offshore industry is expected to significantly reduce energy consumption and emissions in the coming decades.
For suppliers within hydraulics, pneumatics, automation and electromechanics, this will likely mean:
- new investment projects
- modernization of existing vessels
- increased demand for energy-efficient systems
- greater need for technical integration
- higher demand for specialist expertise
At the same time, the development shows that future offshore technology will increasingly require combined expertise within hydraulics, electrification and digital control technology – both among suppliers and system integrators.
