Maintenance Operations

Why do we maintain our buoy systems?

For continuous metocean data acquisition, buoys are critical platforms to host necessary instruments at sea surface. Our systems combine real-time data acquisition and transmission via secure marine data platforms to provide tailored client-focussed solutions. Almost every project that involves a buoy requires maintenance operations. These operations are integral for ensuring the equipment at sea performs continuously and reliably over the project lifetime.


What do we do during a maintenance visit?

Cleaning, Repair & Replacement

The marine environment is a hostile one and not friendly to buoys. Metal and electronics corrode, wildlife grows and can obscure instruments, and the buoy can be damaged by storms or even vessel collisions. Prior to maintenance, a comprehensive plan is generated based on the expected condition of the buoy. The field team always begins a maintenance operation by recording the physical condition of the buoy (above and below water). They buoy is then cleaned thoroughly and anything that can be fixed or replaced in the field is attended to.


All hardware and sensors on board TechWorks Marine’s buoys are designed to withstand the challenging marine environment, however there may be times when the instruments on the buoy need to be replaced. Due to environmental conditions, this can be a challenge when working at sea so equipment is only retrieved when weather conditions allow and based on our comprehensive health and safety protocols.


Data collection

Data acquired on our buoys is transmitted in real time over secure satellite or mobile phone networks to CoastEye, our intuitive marine data management, visualisation and decision support system. However, data is also stored in situ onboard. During a typical maintenance visit, the TechWorks field team will download the data from the buoy recorded as a backup.


Mitigating Risk

Uncertainty and risk is inherent to working at sea, so when it comes to conducting any operation at sea, the most important part of the work is in the planning: planning the vessels, planning the transport, planning what equipment to bring, planning around weather and the tides. Highlighting associated risks and mitigating against them is the primary focus of doing regular risk assessments and method statements to ensure operations are completed successfully and safely.

TechWorks Marine field team member conducting maintenance on the JET9000 MetOcean buoy. This platform hosts instruments both above and below the waterline

Really looking forward to this annual event. A good pulse on this sector, and great to catch up with both new and old friends and colleagues.

Looking forward to the Wind Energy Ireland trade show starting tomorrow. Come and talk to our team on Stand B22, about your Metocean Data needs.
#metocean #marinedata #offshorewind

Looking forward to the Wind Energy Ireland trade show starting tomorrow. Come and talk to our team on Stand B22, about your Metocean Data needs.
#metocean #marinedata #offshorewind

Dr.Sinead McGlynn our COO presenting our #DigitalTwins activities as part of the Destination Earth workshop in #dublin today. @dstnearth @ESA_EO @MetEireann

Great 1st #offshorewind supply chain event held in Ireland. Well done @RWE_AG for organising. Our MD @charlotteokelly giving an insight into the our marine data offer to this sector #metocean @DublinArray @Marineireland @WindEnergyIRL

Our MD @charlotteokelly was at the Irish Embassy in Paris today discussing #marinedata and #DigitalTwins for French-Irish #offshorewind research. With Ambassador Niall Burgess and Minister Neale Richmond @IrishAmbParis @Entirl @MarineIrlNet @nealerichmond


Fascinating second panel discussion at @IrlEmbParis on geographical and meteorological conditions in the Atlantic and the digitisation of data with @SEAI_ie @Ifremer_fr @TechWorksMarine @GeolSurvIE & @ademe