A recent BRC event, attended by Peel Ports Group representatives highlighted a number of risk factors currently being faced by the global supply chain. These include - Disruption in the red sea, worldwide port congestions, potential US sanctions on China and their knock on effect to the UK and political unrest in Bangladesh, forcing fashion retails to re-source from other areas.
Many Supply chain leaders whilst having purported resilience and sustainability strategies do not have the necessary tools or investment capability to make this so. In order for more supply chains to become resilient and sustainable all costs to them are set to increase.
However, effective strategies can be utilised to help supply chains avoid the worst of these impacts. One such strategy is having stock shipped by sea, closer to its end destination. By doing so, shippers can improve availability of stock, reduce co2 emissions from onward transport and increase supply chain resilience by lessening potential barriers such as congestion.
Another adjacent strategy is to explore a North-South, two port approach (2PUK), in which stock is delivered to two geographically separated ports, spreading risk and delivering stock closer to its relevant distribution centers.
A number of leading BCO’s have already experienced effective results by adopting a 2PUK strategy, diverting deliveries to the Port of Liverpool for onwards Northern distribution.
The message is clear that the BCO’s already adopting the 2PUK strategy are reaping the benefits of sustainability and stock availability across their UK networks
At Peel Ports we partner with developers of on/offshore wind project developers, oil and gas asset owners and their contractors who are seeking prime locations with experience and capability.
We have ready to activate, key strategic locations which meet the needs for new renewable energy developments and the decommissioning of assets with experienced teams who have the track record in delivering a broad range of complex projects.
Our strategically-located, Energy Transition Hubs are enabling the UK’s renewable energy transition by offering outstanding capabilities for Oil & Gas maintenance and decommissioning as well as the development of on and offshore wind farms.
Our strategically-located, Energy Transition Hubs are enabling the UK’s renewable energy transition by offering outstanding capabilities for Oil & Gas maintenance and decommissioning as well as the development of on and offshore wind farms.
Located on Norfolk’s east coast, the Port of Great Yarmouth is capable of accommodating most vessels involved in offshore wind and gas decommissioning projects with a maximum draught of 12m and beam and LOA restricted to 120 and 220m respectively.
The team and the port has extensive offshore wind experience, in both operations and maintenance as well as construction.
Earmarked as one of the UK’s key investment sites for the development of the blue and green economy, Hunterston PARC offers unrivalled opportunities for the energy transition market.
Situated on the Firth of Clyde, Hunterston PARC has access to some of the deepest waters of any port in the UK, able to accommodate draught of 35m.
With extensive redevelopment pipeline now in place, Hunterston could easily become a global centre for offshore wind turbine fabrication and assembly.
Situated on the River Clyde, King George V Dock (KG5) offers vessel access to the centre of Glasgow. The dock is able to accommodate most vessels involved in offshore wind operations and maintenance as well as construction and installation.
With a track record in supporting the onshore wind industry through the import of onshore wind turbine components, the site has a significant laydown area for component staging for on and offshore wind.
Its close proximity to Glasgow, KG5 benefits from the Clyde’s rich maritime history and local engineering expertise.
Our Group Marine team regularly investigates opportunities for beneficial re-use of dredge material and have established local Sediment Stakeholder Groups in Liverpool and Clyde to discuss and deliver sustainable solutions.
Our beneficial re-use projects have allowed us to work with a variety of regulatory bodies and external stakeholders to develop and deliver nature-based solutions for the disposal of our maintenance dredge material.
In 2018, our beneficial re-use project in Liverpool won an international PIANC Working with Nature Certificate in recognition for the success of the project using the ‘Working with Nature’ philosophy.
Following the successful implementation of our beneficial re-use program on the Mersey, Peel Ports have agreed on a site in Clydeport for a trial placement of dredge material and are working with Regulators to obtain a Marine License for the project, we are also discussing opportunities for beneficial re-use in Medway with RSPB.
In February 2021 Peel Ports participated in a joint SedNet-Navigating a Changing Climate virtual workshop to discuss the role of sediment management in meeting the climate change challenge. During the Workshop, Peel Ports’ Marine Team’s beneficial use of dredged material initiatives were presented. More information about the presentations at this workshop, as well as its conclusions regarding both opportunities and challenges of climate change, can be found in the workshop report.
To see our progress since signing the pledge click here.
During COP26 Peel Ports signed the SedNet Sediment management pledge to demonstrate our commitment to assessing sustainable long term solutions for sediment management across each of our ports.
View PIANC certificate here
Click to find out more about the Liverpool beneficial re-use initiative here.
SharePoint Sites have are available for each of our Beneficial Re-Use Stakeholder Group Members:
Clyde - https://peelports0.sharepoint.com/sites/ClydeSedimentStakeholders/
Great Yarmouth - https://peelports0.sharepoint.com/sites/GreatYarmouthBeneficialRe-UseStakeholderGroup?e=1%3A522eacb7d43a4d938eb11c8b673ac5e9
Liverpool - https://peelports0.sharepoint.com/sites/LiverpoolSedimentStakeholderGroup
Invasive Non-Native Species (INNS) pose a potential risk to the environment and our port operations. To help to minimise this risk and protect local environments from Invasive Non-Native Species, the Marine Team has developed several guidance documents to assist with the formulation of port-specific marine biosecurity plans.
Our Marine Team has held biosecurity workshops across our ports with external stakeholders to help understand the practical measures to control the spread of INNS within marine environments. We also risk assess internal projects to identify practical measures to reduce the risk of introducing INNS into our ports.
Peel Ports have collaborated with the Angling Trust to install ‘check-clean-dry’ signs around entrance and exit points across the Manchester Ship Canal to raise awareness of INNS presence amongst the Angling community and reduce their transfer during recreational activities.
Additional information on how we work to reduce biosecurity risks from marine activities in our ports:
Reducing the biosecurity risk from PPE, clothing and equipment
Reducing the biosecurity risk from recreational activities and organised events
Reducing the biosecurity risk from aquaculture
Reducing the biosecurity risk from hull cleaning
Climate change is a growing business risk to the functionality of transport networks, including ports. The Marine Team are looking at possible climate change adaptation strategies in response to the latest climate change scenarios.
We regularly look for opportunities to reduce carbon emissions during our operational activities. Our Statutory Harbour Authority duty to maintain safe navigable depths means that we have a regular requirement for maintenance dredging.
Our beneficial re-use projects seek to reduce carbon emissions by reducing the distance dredged material is transported to licenced offshore disposal sites.
During COP26 Peel Ports hosted a joint workshop with British Ports Association, UK Major Ports Group and Maritime UK. The workshop discussed practical climate change adaptation challenges and good practice solutions for ports. If you would like to find out more, slides and recorded versions of the presentations can be viewed here
In response to an invitation from Defra to participate in the 4th round of Climate Change Adaptation Reporting for the Ports of Liverpool and Sheerness, we submitted a Climate Change Adaptation Report to Defra for these ports in December 2024. The report can be downloaded here
Peel Ports recognises the importance of operating sustainably whilst seeking to protect and enhance local habitats in our Ports.
Peel Ports have been working with RSPB in Medway to help protect one of the largest colonies of nesting Sandwich Terns on the East Coast of England at Burntwick Island.
During the 2020 summer lockdown, the island experienced an influx of visitors. Sandwich Terns are ground-nesting species and therefore are highly vulnerable to disturbance from human activity, which in some cases can cause adults to abandon their nests and leave their chicks and eggs behind.
During April 2021, Peel Ports worked with the RSPB to install signs on Burntwick Island to ask visitors not to land on the island to protect nesting birds. Reports in May 2021 show that the campaign has been hugely successful with 400 Sandwich Terns recorded at Burntwick Island so far.
Some recreational activities can also present a risk to protected species. Peel Ports have developed a poster and flyer that can be downloaded for guidance on how to operate a jet ski responsibly to protect the local environment in Medway and The Swale.
Peel Ports have also collaborated with the Mersey Gateway Environmental Trust on their Orchid Management Project. You can read more about the project here.
As a Statutory Harbour Authority we have a duty to maintain safe navigational access into our Ports, this is achieved through maintenance dredging.
We regularly assess our dredging activities to assess their impacts on locally designated sites and species as well as water quality and have developed Maintenance Dredge Protocol Documents (MDP) for the Port of Liverpool and the Port of Sheerness.
The MDP is a baseline document that collates all dredge activity in the port (both Peel Ports and third party) to assess any potential effects of maintenance dredging on the features of European sites.
Our up to date MDPs for the Port of Liverpool and the Port of Sheerness and their supporting Water Framework Directive (WFD) Assessments can be accessed below:
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FABRICATION & CONSTRUCTION |
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MARINE |
Vessel access alongside |
Vessel access beam |
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Vessel navigation / operational restrictions |
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Proximity to basins / fields |
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Accommodation of SHLV/HLV drafts |
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Availability of anchorage for foundations |
MATERIALS HANDLING |
Current and future cranage |
Quayside strength |
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Size of area for laydown and assembly |
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Load-bearing capacity of area for laydown and assembly |
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NORM and heavy metal handling and treatment capability |
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Waste recycling and disposal facilities |
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Quayside space |
BROWNFIELD MODS / CONSTRUCTION |
Options for full fabrication and final assembly |
Possibilities for modular construction |
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Accommodation for crew on site/nearby |
MARINE |
Vessel access alongside |
Vessel access beam |
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Vessel navigation / operational restrictions |
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Distance to near OW site |
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Availability for anchorage for floating foundations |
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Current and future cranage |
MATERIALS HANDLING |
Quayside strength |
Size of area for laydown and assembly |
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Load-bearing capacity of area for laydown and assembly |
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Pontoon space |
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Possibilities for modular construction |
FABRICATION & CONSTRUCTION |
Accommodation for crew on site/nearby |
MARINE |
Vessel access alongside |
Vessel access beam |
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Vessel navigation / operational restrictions |
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Proximity to basins / fields |
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Accommodation of SHLV/HLV drafts |
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Availability of anchorage for foundations |
MATERIALS HANDLING |
Current and future cranage |
Quayside strength |
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Size of area for laydown and assembly |
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Load-bearing capacity of area for laydown and assembly |
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NORM and heavy metal handling and treatment capability |
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Waste recycling and disposal facilities |
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Quayside space |
BROWNFIELD MODS / CONSTRUCTION |
Possibilities for modular construction |
Accommodation for crew on site/nearby |
MARINE |
Vessel access alongside |
Vessel access beam |
|
Vessel navigation / operational restrictions |
|
Distance to near OW site |
|
Availability for anchorage for floating foundations |
|
Current and future cranage |
MATERIALS HANDLING |
Quayside strength |
Size of area for laydown and assembly |
|
Load-bearing capacity of area for laydown and assembly |
|
Pontoon space |
|
Possibilities for modular construction |
FABRICATION & CONSTRUCTION |
Accommodation for crew on site/nearby |