Development of a Sand Management Strategy

iProdTech have recently concluded a study with a major oil and gas operator supporting the development of a Sand Management Plan for an asset comprising of multiple oil and gas fields, and over 300 wells. This project was a continuation of work conducted in 2013 for a neighbouring asset and utilised the same methodology…

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Update of an Integrated Asset Model for a Proposed Field Development

In 2012 iProdTech Ltd developed a dynamically coupled reservoir and production system model of a proposed deepwater oil field. The objective of the model was to assist in validating the overall field development plan by bringing together the subsea design / flow assurance work, artificial lift design and reservoir simulation work into a single model to investigate how the different parts of the proposed system interacted with one another over the life of field…

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Integrated Asset Modelling and Production Optimisation of an Offshore Oil Field

iProdTech have been requested to assist in production optimisation of a gas lifted oil field with water injection support, located in the North Sea. In order to understand the production network performance, an integrated asset model will be built which will then be used to assess benefit of incremental activities including infill and workover operations in the field…

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Production Technology Support for a Subsea Field Development

iProdTech have been requested to provide production technology support for a subsea gas field development, offshore Western Australia. The project is due to enter FEED stage in near future and iProdTech will be working on an early-opportunity screening of reservoir completion options in order to minimise re-cycle of well designs during the FEED to FID window…

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Sand Failure Assessment for a Field Development Study

iProdTech have been requested to provide production technology support to a field development study for a gas / condensate field in the North Sea. A focus area that has been identified for the project is an early high level assessment of the potential for sand failure and solids production…

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