Find a Tender for Services Related To The Oil And Gas Industry

We are reaching out to inform you that we are in the process of compiling a comprehensive guide aimed at simplifying the social value component of tendering in procurement. Our goal is to provide you with useful information that will make it easier for your company to navigate and fulfill these requirements.To ensure that our guide addresses the most pertinent uncertainties, we invite you to share any questions or topics you would like to see covered. Your input will be invaluable in helping us create a resource that is both practical and informative.Please send your questions or suggestions by the 7th of January 2025, so we can incorporate them into our guide. We look forward to your contributions and hope this guide will be a valuable tool for your future tendering processes.Please email DanielLewis@uchelgaisgogledd.cymruThank you for your time and cooperation.NOTE: To register your interest in this notice and obtain any additional information please visit the Sell2Wales Web Site at https://www.sell2wales.gov.wales/Search/Search_Switch.aspx?ID=146733. [...]

The requirement of this Procurement is to procure a NEC4 Framework of Professional Services to provide services to the various activities associated with the Operation and Maintenance of the OFD Senoko (Singapore. This framework is to provide services/works services to the Oil and Pipelines Agency (OPA) on a per project basis, in order to allow OPA to fulfil its requirements as a COMAH Operator for Oil Fuel Depots (OFDs) on behalf of the MoD. [...]

The requirement of this Procurement is to procure a NEC4 Framework of Professional Services to provide services to the various activities associated with the Operation and Maintenance of the OFD Senoko (Singapore. This framework is to provide services/works services to the Oil and Pipelines Agency (OPA) on a per project basis, in order to allow OPA to fulfil its requirements as a COMAH Operator for Oil Fuel Depots (OFDs) on behalf of the MoD. [...]

Environmental monitoring borehole installation for assessing low level contamination in groundwater at sensitive sites. As part of a project to assess potential soil and groundwater impacts from the surface application of biosolids on agricultural land, six shallow boreholes will be drilled and installed. These will be located near to Andover in Hampshire and near to Doncaster, South Yorkshire . The project aims to assess the type and quantity of a wide range of contaminants that may be introduced to soils and groundwater by the spread of biosolids. Therefore it is essential that a drilling methodology is used that considers the potential introduction of contaminants of interest to the study (metals, microplastics, PFAS, nutrients, pesticides and pharmaceuticals) as a result of the drilling works. [...]

Environmental monitoring borehole installation for assessing low level contamination in groundwater at sensitive sites. As part of a project to assess potential soil and groundwater impacts from the surface application of biosolids on agricultural land, six shallow boreholes will be drilled and installed. These will be located near to Andover in Hampshire and near to Doncaster, South Yorkshire . The project aims to assess the type and quantity of a wide range of contaminants that may be introduced to soils and groundwater by the spread of biosolids. Therefore it is essential that a drilling methodology is used that considers the potential introduction of contaminants of interest to the study (metals, microplastics, PFAS, nutrients, pesticides and pharmaceuticals) as a result of the drilling works. [...]

OPEN EARLY MARKET ENGAGEMENT - this means that a procurement idea is currently active. It is in the early stage of development and judging interest from potential suppliers. Hydrogen storage infrastructure will be critical in supporting the government's low carbon hydrogen production ambitions and the mission to achieve clean power by 2030. To enable this in the near term, hydrogen storage at scale will be required. To support this ambition, the Department for Energy Security and Net Zero has started early strategic planning for a procurement or procurements for rights to store hydrogen in geological storage facilities, and support in remarketing/reselling those rights to end users. The Department intends to commence early engagement with a range of potential suppliers in the geological hydrogen storage market to help inform the procurement strategy in a collaborative manner. We will be conducting a series of early market engagement activities between late 2024 and mid-2025 which may include but are not limited to: - Surveys and questionnaires - 1 to 1 meetings - Focus groups - Supplier days - Webinars We intend to hold a first meeting with interested suppliers on 11th December at 9.30am (subject to change). Feedback from suppliers of hydrogen storage via these activities will help inform thinking and shape a future procurement strategy. If you are interested in this potential opportunity, DESNZ would like to engage with you. Please contact the Department by emailing hydrogenstoragebusinessmodel@energysecurity.gov.uk with your company details, including high level information about your storage facility [...]

OPA T704 OFD Gosport, ILI Inspection of 3 x 600m long below grade Oil Pipelines [...]

This project aims to utilise subsurface modelling in an appropriate part of the UKCS, to simulate CO2 injection and the related impact of pressure changes and formation fluid movement at existing wells. Identifying the magnitude and timing of pressure changes in relation to a range of well situations (e.g. open/closed to rock at different stratigraphic levels) is a key measure of success. Additionally, in the event that modelling suggests plausible scenarios where formation fluid may be expected to escape to the water column, the NSTA are interested in quantifying the potential impacts. For example, the duration, distribution and magnitude of salinity changes on different scales. In detail, the NSTA expects that any proposal would incorporate, but not be limited to consideration of: • pressure changes associated with CO2 injection on a variety of scales at existing well locations; • pressure changes, across multiple stratigraphic intervals, at the well locations and the timing over which they occur; • the relative susceptibility to fluid escape of wells based on 'typical' abandonment scenarios and their relationship to subsurface architecture (e.g. open to one penetrated interval, closed to another) and CO2 injection activity; • the volume of formation fluid that could enter a wellbore at different stratigraphic intervals as a result of CO2 injection; • impacts of formation fluid escape on the water column on a variety of scales; This project does not seek to explicitly model CO2 migration or any form of CO2 leakage but rather the pressure effects and movement of formation fluid in the context of existing wells as a consequence of CO2 injection. [...]

There are countless subsurface factors that influence the regional suitability and ultimate success of storing (and monitoring) CO2 in an "unconfined" saline aquifer. The behaviour of a plume of CO2 and the associated pressure changes resulting from displaced formation fluid will respond to geological heterogeneity on multiple scales e.g. hydraulic connectivity as a function of lithology, facies or poroperm variation; or physical connectivity as a function of structure e.g. dip, fault presence/throw/transmissibility or the presence or shape of salt bodies. To help the NSTA understand and better define migration assisted storage potential on the UKCS, it is first necessary to understand boundaries or constraints that impact plume behaviour. This project aims to determine, under defined geological conditions ("scenarios"), subsurface factors that influence or control the behaviour of CO2 injected into an unconfined, saline aquifer. Using subsurface concepts relevant to the offshore UKCS and under defined geological conditions, we seek to run simulations using representative fluid properties of CO2 to investigate the subsurface factors that most influence or control the behaviour of migrating CO2. In detail, the NSTA expects that any proposal would incorporate, but not be limited to consideration of: • Define and run a series of experimental simulations that could represent the primary controlling factors in plume behaviour when CO2 is injected into an unconfined saline aquifer offshore e.g. plume behaviours within a laterally and vertically heterogenous braided channel sequence where dip is opposed to the main depositional trend. • What are the most important geological parameters that could [...]

There are countless subsurface factors that influence the regional suitability and ultimate success of storing (and monitoring) CO2 in an "unconfined" saline aquifer. The behaviour of a plume of CO2 and the associated pressure changes resulting from displaced formation fluid will respond to geological heterogeneity on multiple scales e.g. hydraulic connectivity as a function of lithology, facies or poroperm variation; or physical connectivity as a function of structure e.g. dip, fault presence/throw/transmissibility or the presence or shape of salt bodies. To help the NSTA understand and better define migration assisted storage potential on the UKCS, it is first necessary to understand boundaries or constraints that impact plume behaviour. This project aims to determine, under defined geological conditions ("scenarios"), subsurface factors that influence or control the behaviour of CO2 injected into an unconfined, saline aquifer. Using subsurface concepts relevant to the offshore UKCS and under defined geological conditions, we seek to run simulations using representative fluid properties of CO2 to investigate the subsurface factors that most influence or control the behaviour of migrating CO2. In detail, the NSTA expects that any proposal would incorporate, but not be limited to consideration of: • Define and run a series of experimental simulations that could represent the primary controlling factors in plume behaviour when CO2 is injected into an unconfined saline aquifer offshore e.g. plume behaviours within a laterally and vertically heterogenous braided channel sequence where dip is opposed to the main depositional trend. • What are the most important geological parameters that could [...]