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A STRATEGIC PARTNER FOR FIXED RENEWABLE ENERGY PROJECTS

Big Offshore wind-farm with transfer vessel

We have installed more than 2500 foundations for offshore wind turbines over the past decade.

At Acteon, we engineer and install most types of fixed foundations, including driven, drilled or suction-embedded jackets and monopiles.

For fixed renewable energy projects, we integrate surveying, engineering, lifting and handling, drilling, driving and grouting, and manage all of these through a single interface. This approach creates synergies and facilitates safe, timely and cost-effective delivery across all the phases of a development.

We combine specialised products and services to design and engineer the best solution for a wind turbine project. We have a large fleet of rental hammers, ranging from 100 to 4400 kJ, and an extensive inventory of drilling equipment. This capacity, backed by years of experience and knowledge of local markets, helps us to reduce project footprints and deliver exactly what our customers need.

We are introducing leaner processes to increase cost efficiency and establish a more industrialised way of delivering fixed renewables projects.

turbines

Driving down the cost of wind farm development

We optimise design and installation activities and improve scheduling and resource utilisation to reduce project footprints and minimise costs.

Noise Mitigation System from MENCK

Noise reduction to ensure continuous drivability

Noise mitigation systems in our hammers, combined with topside noise reduction, ensure continuous drivability, while helping customers to achieve their environmental goals.

Remote management options

Technologies to reduce a project’s carbon footprint

Adopting alternative methods, such as using autonomous underwater vehicles for large seabed surveys, can reduce project costs and carbon footprints.

Over the past 25 years, Acteon has been involved in more than half of all the offshore renewable energy projects worldwide. This experience helps us to understand each customer’s challenges and to deliver insights, technical solutions and efficiencies that enhance project outcomes.

Driving down costs: Optimisation through early involvement

By bringing Acteon in at the start of a fixed renewables project, customers gain access to the widest scope of skills and expertise and can more easily achieve their project objectives. For example, our foundations experts can help to lower project costs by optimising designs, conducting constructability reviews and identifying potential ocean and seafloor condition issues. We design solutions to optimise asset integrity, constructability and facilities management, and our innovative installation methods can help to ease logistical challenges, deliver scheduling efficiencies and reduce deck footprints and costs.

Through surveying, foundation-installation, engineering and cable-laying activities, Acteon has gained more than 25 years of experience in all regions and at all water depths, which help us to deliver insights, technical solutions and efficiencies that enhance project outcomes.

Overcoming environmental barriers

We are fully committed to minimising the environmental impacts of development work for fixed renewables projects and understand the importance of issues such as piling noise and ecosystem disturbance.

In response to the needs of industry and regulatory requirements, we have developed a technical solution that addresses the challenges of environmental noise. Our installation solutions are all designed with world-leading noise-mitigation technologies. These systems are integrated into our hammers and change their force characteristics to reduce noise before it transfers to the water. Combined with our patented topside noise-reduction techniques, these systems can reduce the sound emissions around a pile by up to 65%. Controlling noise in this way makes it easier to keep operations within regulation limits and drive piles continuously.

Driving decarbonisation and minimising project requirements

We are always seeking to streamline fixed renewable energy tasks and to cut the carbon footprint associated with development work. We do this in every phase of a project, from early stage geo-services through integrity management to decommissioning.

Our focus on this area started with the development of hydraulic piledriving solutions, as alternatives to diesel hammers, to improve factors such as noise level and the efficiency of the energy and blow rate. We also employ assets from our global fleet of autonomous underwater vehicles to reduce the amount of vessel deck space needed and we minimise the number of technicians and amount of equipment required offshore. Changes that enable the use of smaller vessels or minimise time at sea make substantial contributions to cost savings and carbon footprint reduction.

Solving your most pressing challenges

We need to drive down foundation installation costs.

Acteon solution:

Getting Acteon’s experts involved early can help to reduce costs through optimising designs, reviewing constructability and identifying issues. We drive down the cost of wind farm installation with integrated engineering, lifting and handling, drilling, driving and grouting. 

Proof points

  • Optimising monopile designs for hammer properties and geotechnical conditions can reduce the installation noise, which enables more efficient driving and subsequently reduces installation time. Optimised designs also use less steel. 
  • Our drive-drill-drive solution is a combination of a drill and hammer and saves time and cost by negating the use of a temporary casing, grout or concrete and reduces the size, and associated cost, of the piling hammer. 
  • Our inventory spans a wide range of hammers, from 100 to 4400 kJ, which enables us to tailor to the specific needs of each project and maximise cost efficiencies. We can drive piles of any size at any water depth and select the optimal hammer, for example, we can drive a bigger hammer at 50% energy which is quieter than driving a smaller hammer at 100%. 
  • We have developed efficient monopile and transition piece upending and lifting equipment to optimise lifting sequences and reduce vessel time during installation. 

Key projects and case studies 

DEME saves critical vessel time with grouting solution

How can we ensure we stay within regional noise regulatory limits?

Acteon solution:

The MENCK noise reduction unit has become an integral part of the hammer during operations. MENCK is a marine foundations brand in Acteon’s Engineering, Moorings and Foundations division. By precisely influencing the force-generation characteristics of the single impact during piledriving, the unit reduces the noise-generating attributes of the impact while ensuring continuous drivability for the pile. 

Proof points

  • MENCK’s patented topside noise reduction skirt can reduce above water sound energy emission around a pile up to 65% – important for those projects close to noise sensitive areas. 
  • The noise mitigation system actively changes the force of character of the hammer to reduce the noise before it is transferred into the water. By changing the force character or force introduction time, MENCK has achieved a significant fatigue reduction on piledriving projects. 
  • Several hammer sizes in the inventory have the option of being used with the noise reduction unit. We implement a closed feedback loop for underwater noise where we check against the regional authority level and manipulate operational parameters of the hammer to reduce noise. 

Key projects and case studies 

Installation of 72 monopiles on Kriegers Flak windfarm in record time

We need to reduce operating costs while maintaining asset integrity and maximising output.

Acteon solution:

Acteon’s asset monitoring systems provide real-time data, which enables remote asset performance monitoring resulting in reduced operational costs. 

Proof points

  • Acteon has designed and installed market-leading monitoring instrumentation on many offshore wind turbine foundations. This integrated digital solution includes comprehensive structural and corrosion monitoring. 
  • We offer a single source point of contact while packaging the entire solution combining multiple OEM equipment for the subsea balance of plant operations, maintenance and integrity services, providing complete subsea surveillance for fixed wind farm developments. 
  • Our NX2 integrated digital platform allows us to hold the data to perform predictive analysis and digital twinning of the asset. 
  • We offer digital twinning as part of an integrated digital solution, to identify real-time issues as well as build a longer-term picture of the structural health of the turbines  

Key projects and case studies 

Subsea surveys and inspections for the Coastal Virginia Offshore Wind pilot project

We need confidence that our turbine foundations will have +20-year service lives.

Acteon solution:

Acteon’s deep domain experience in asset integrity and corrosion protection systems enables it to solve existing problems and future-proof assets.  

Proof points

  • Whether it is corrosion prevention or remote monitoring equipment, Acteon has provided and installed the tools to ensure the integrity of many ageing assets worldwide. 
  • We have developed a proprietary software platform (NX2) that gathers, stores and translates structural monitoring data into critical insight to optimise operations throughout the lifecycle.  
  • We can apply grout to ageing assets for life extension purposes. This can be used to address damage or degradation to offshore structures. 
  • We provide a range of marine growth removal (MGR) tools for cleaning marine fouling from structures. The MGR systems can remove both hard and soft fouling, subsea and topside throughout the operational life of a turbine. 

 Key projects and case studies 

Retrobuoys installed on German offshore windfarm to replace failing anodes

I need to find a turbine installation services company with a proven track record for delivery.

Acteon solution:

We deliver expert services for the installation of offshore wind foundations of any size, at any water depth.  

Proof points

  • We provide global analysis combined with foundation hammer/drill co-engineering and environmental assessment to increase cost efficiency and establish a more industrialised way of delivering fixed renewables projects. 
  • We integrate surveying, engineering, lifting and handling, drilling, driving and grouting, and manage all of these through a single interface. 
  • Our extensive project history demonstrates our expert support across the life cycle of wind farm project development. We have over a decade of global experience with fixed renewables projects and a track record of installing more than 2,500 foundations. 
  • We have worked with the largest operators on the most technically complex projects. 

Key projects and case studies 

Installation of 72 monopiles on Kriegers Flak windfarm in record time

Acteon fixed renewables track record

We need to streamline our project and enables our clients to reduce their carbon footprint.

Acteon solution:

We are always seeking to streamline fixed renewable energy operations and to minimise the carbon footprint associated with development work. We do this in every phase of a project, from early-stage geo-services through to integrity management and eventual decommissioning. 

Proof points

  • Our focus on this area started with the development of hydraulic piledriving solutions, as alternatives to diesel hammers, to improve factors such as noise level and the efficiency of the energy and blow rate.  
  • To gather geophysical and geotechnical data, we deploy unmanned surface vessels and use remote access and data processing to reduce the number of vessel days and personnel on board. 
  • We provide local resources in key activity hubs, including crew, support functions and in-region servicing to help optimise projects. 
  • We minimise mobilisations by using satellite-based remote connectivity which allows engineers to view the hammer operation in real-time as well as see exactly what the on-site technicians are seeing through a VR headset. This avoids the need to mobilise additional expert engineering resources, contributing to the overall uptime of the kit. 

Key projects and case studies 

Doubling survey capabilities accelerates wind project operations

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