Documentary Photography - BP's LiDAR buoy at Liverpool Docks

Another commission from BP as they work on the development of the Mona and Morgan Irish Sea wind farms. This time I was taking photographs to document the maintenance of one of their Fugro Seawatch LiDAR buoys which are surveying the field to find optimal wind turbine locations. The Seawatch buoys run on solar panels and fuel cells using methanol fuel. Although autonomous in the field the buoys need to be towed to shore for refueling and servicing.

As an ex-engineer with a background in Physics, this was a really interesting - if freezing! - few days shooting in Liverpool.

LiDAR, or Light Detection and Ranging, can measure wind speed by using the Doppler effect. The Doppler effect is a phenomenon that occurs when the frequency of a wave changes as the source of the wave moves relative to the observer. This effect is commonly experienced in everyday life, for example, the change in pitch of a siren as an ambulance approaches and then passes by.

In the context of LiDAR, a laser beam is directed towards the atmosphere, and the reflected light is detected by a sensor. As the laser beam passes through the atmosphere, it interacts with particles in the air, such as dust or water droplets. These particles scatter the laser beam in different directions, and some of the scattered light returns to the sensor.

By analyzing the scattered light, LiDAR can detect the movement of air particles and calculate wind speed. The movement of the particles changes the frequency of the scattered light, and this change in frequency is detected by the sensor. The amount of frequency shift is proportional to the wind speed, allowing LiDAR to calculate the wind speed with high accuracy.

LiDAR can also provide information about the direction and turbulence of the wind, helping to identify potential challenges for wind turbine installations. This information is particularly useful in the development of wind farms, where accurate wind measurements are essential for identifying the most suitable locations for wind turbines.

Manchester Met SODA Modal gallery opening

The Modal Gallery at the Manchester School of Digital Arts (SODA) is a unique space that has become a hub of creativity, innovation, and collaboration. Through its immersive exhibitions, cutting-edge technology, and interactive displays, the gallery has had a significant impact on the SODA community, helping to foster a sense of community and connection among students, faculty members, and industry professionals.

One of the key features of the Modal Gallery is its cutting-edge technology. The gallery is equipped with the latest digital tools and equipment, allowing students and faculty members to experiment with new forms of digital art and explore the boundaries of creativity. From virtual reality experiences to interactive installations, the gallery provides a platform for students to push the limits of what is possible in the digital arts.

In addition to its technology, the Modal Gallery is also known for its immersive exhibitions. The gallery's exhibitions are designed to engage visitors and create a sense of connection with the artwork. Through its immersive installations, the gallery invites visitors to explore new worlds and perspectives, challenging them to think differently about the digital arts.

Another key feature of the Modal Gallery is its role in promoting SODA to the wider community. The gallery has become a key component of SODA's marketing and outreach efforts, showcasing the school's state-of-the-art facilities, cutting-edge curriculum, and commitment to innovation. By attracting visitors from across the region and beyond, the gallery has helped to position SODA as a leader in the digital arts and a key contributor to the creative economy.

The Modal Gallery has also had a significant impact on SODA's students. Through its exhibitions, the gallery provides students with a space to showcase their work and receive feedback and guidance from their peers and faculty members. The gallery has helped to foster a sense of community and collaboration among students, creating a supportive and dynamic environment that encourages experimentation and growth.

Furthermore, the Modal Gallery has helped to connect SODA's students with industry professionals and potential employers. Through partnerships with leading companies such as BBC, Channel 4, and Google, the gallery provides students with valuable networking opportunities that can help them launch their careers in the digital arts. The gallery has become a bridge between academia and industry, providing students with a clear path to success in the digital arts.

It’s been a pleasure to attend the exhibitions and photograph the events here over the past year, I always look forward to opening nights.

On board the Fugro Synergy for BP

By far the best thing about working as a professional photographer is the variety of the work. The camera can gain you access to environments that are wildly different each shoot day and if you’re lucky, can sometimes take you to some incredible and unexpected places. One of the most interesting of my shoots in 2022 was an assignment from bp to photograph the crew and workings of the Fugro Synergy while on a recent stop at Liverpool docks.

The Synergy Modular Drilling Unit is a unique geotechnical vessel capable of delivering

high quality geotechnical data. Its design, standards and capacity make it an efficient

platform for geotechnical investigations and scientific drilling in challenging and remote offshore marine environments.

The shoot focussed on the Synergy’s role in sea bed core sampling, determining the sea bed composition to ensure that the sea bed substrate was capable of providing solid foundations for the siting of an array of wind turbines.  Sea bed composition is critical, mud, sand or silt that is too soft and uncompacted will not provide a firm enough foundation, while solid rock is impossible to drill to the depths required for the footings.

EnBW with EnBW and bp are leading the development of the Morgan and Mona – two offshore wind farms in the Irish Sea. Roughly located 30km from shore between the north coast of Wales and the Isle of Man the total area of the two farms will be 800 square kilometres – about half the size of Greater London and when complete the farm will generate 3GW of energy – enough to power an astonishing 3.4 million UK homes.

These projects are helping to achieve the UK's ambition of generating 50GW of power from offshore wind by 2030.

Fugro Synergy’s Party Chief, Jim Bridge