Multi-Party Framework for Port Hydrographic Survey Works

Dublin Port Company needs hydrographic, geophysical, and associated marine survey services for a multi-party framework agreement over 6 years, with a maximum total value of 2,000,000 EUR. The services include multi-beam and single-beam echo sounder surveys, assessment of seabed characteristics, assistance with archaeological and obstruction identification, acquisition of intertidal areas using LIDAR, establishment of berth fender lines and quay features, calibration of port tide gauges, establishment of temporary benchmarks, and provision of post-processing, quality control, and data management. Additional services may include sub-bottom profiling, wreck investigation, geotechnical sampling support, assistance with environmental monitoring, and GNSS/RTK control network establishment. The services are to be delivered in Dublin. Firms must have strong health and safety design coordination experience across various construction project types and be capable of delivering all core services, either in-house or through a consortium.

Framework for Legal Services

Dublin Port Company is planning the procurement of legal services, including routine advisory services, contract drafting and review, procurement support, property and estate matters, employment law queries, dispute management, project-related legal support, and strategic advisory work. Suppliers can give feedback and input to the buyer by registering, subscribing, and completing a questionnaire on the Achilles Supply-Line Platform, ensuring their registration is valid, the relevant code 2.45.1 Legal Services is included in their profile, and their questionnaire information is complete and up to date.

Legacy marine data and rights to publish legacy marine data to include all of Ireland 2026

The Department of Climate Energy and the Environment needs to procure legacy marine data and the rights to publish this data for all of Ireland (Irish Sea, Celtic Sea, and Atlantic Ocean) through a framework agreement over 36 months, with a maximum total value of 30,000,000 EUR. This procurement aims to supplement existing marine data with high-quality, unprocessed datasets collected by private industry to support the development of Offshore Renewable Energy (ORE) Designated Areas and the National DMAP, which will guide future investment and decision-making for 20 GW of offshore renewable energy by 2040. The maximum number of tenderers that can be placed on the Framework is twenty. berchtoldkrass space&options Raumplaner, Stadtplaner. Partnerschaft, DB Systemtechnik GmbH, Gavin and Doherty Geosolutions_104985, TechWorks Marine_11125, Shelmalere Offshore Wind Farm Limited, and CELTIC HORIZON OFFSHORE WIND FARM LIMITED currently hold similar contracts.

Single-Party Framework for Works-Related Technical Services in Geothermal Engineering Consultancy at Grangegorman, Dublin, Ireland

Grangegorman Development Agency needs geothermal engineering consultancy services for a single-party framework agreement over 4 years, with a maximum total value of 1,750,000 EUR. The services, primarily for the GEMINI Geothermal Design Project, include general and works-related geothermal engineering consultancy, and will be delivered in Dublin, Ireland.

Dublin City Council Single Party Framework Agreement for an Integrated Design Team for the Clontarf Flood Defence and Public Realm Project

Dublin City Council needs an Integrated Design Team to deliver planning, engineering, environmental, stakeholder engagement, and other specialist consultancy services for the Clontarf Flood Defence and Public Realm Project (CFDPRP) through a single-party framework agreement over 7 years, with a maximum total value of 7,500,000 EUR. The project involves addressing existing and future coastal and surface water flood risks while enhancing public realm, active travel, and environmental benefits along the Clontarf waterfront in Dublin. The initial call-off contract will require services from project commencement through option identification, scheme development, environmental assessment, statutory consent processes, and detailed design, including all necessary technical studies, surveys, modelling, assessments, reports, designs, and application documentation. The successful applicant must develop a fully integrated and coordinated scheme that balances flood protection, surface water management, active travel, and public realm objectives within a single coherent design solution.