About Process Intelligence Manager MEG
To support operations of monoethylene glycol (MEG) regeneration and reclamation systems, we have developed our MEG Process Intelligence Manager to provide operators with valuable insights in how to optimize performance and to control the complex chemistry within the MEG system.
The Process Intelligence Manager aids manned and unmanned operations, through early identification of process issues and equipment failure to reduce the risk of excess operational expenses and process upsets.
Benefits:
Optimize MEG system performance through enhanced operations and chemistry control
Increase system availability through condition-based monitoring of critical components such as pumps and centrifuges
Reducing operational expenses by avoiding costly offshore maintenance campaigns and intervention
The Process Intelligence Manager aids manned and unmanned operations, through early identification of process issues and equipment failure to reduce the risk of excess operational expenses and process upsets.
Benefits:
Optimize MEG system performance through enhanced operations and chemistry control
Increase system availability through condition-based monitoring of critical components such as pumps and centrifuges
Reducing operational expenses by avoiding costly offshore maintenance campaigns and intervention
Type
ServiceReferences and weblinks
Technology readiness level (TRL) (According to API RP 17N)
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7
Digitalization
NOV Wellstream Processing
Company contact
Rune Kristensen
BD Director - North Continental Shelf
https://www.nov.com/products-and-services/brands/wellstream-processing
Contact(s) for capability
Company contact
Rune Kristensen
BD Director - North Continental Shelf
Mob +47 48867593
Digitalization
NOV Wellstream Processing serves with following Capabilities
Latest approved
NOV Wellstream Processing
Process Intelligence Manager
NOV has a long history of providing digital and process technology solutions to the oil and gas industry. Through a combination of these track records, the Wellstream Processing group has created its Process Intelligence Manager offering. The Process Intelligence Manager provides the user with a complete support system to optimize system performance as well as enabling enhanced process support by subject matter experts.
By deployment of data science to create new insights, the tool generates unique understanding of system performance and equipment health status. This includes early detection of production issues, which together with recommendations for mitigation ensures that issues can be addressed prior to becoming severe.
TRL
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7
Digitalization
NOV Wellstream Processing
Process Intelligence Manager Crude Oil
Our crude oil desalting application has been developed to optimize system performance and to control the complex salt balances within these systems. Where a typical control system may only include a simple monitoring functionality that provide warnings for off-spec production, the Process Intelligence Manager utilizes real-time data to provide guidance on how to satisfy the salt and water content requirements at minimum operational cost.
Benefits:
Reduce operational expenses and environmental impact
Increase system availability
Provide guidance on how to achieve crude oil export requirements
Avoiding costly optimization campaigns by testing different parameters in integrated simulator
Reduce or eliminate production penalties from off-spec production
TRL
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7
Digitalization
NOV Wellstream Processing
Process Intelligence Manager Seawater Treatment
To maximize the value of the enhanced oil recovery process, our Process Intelligence Manager aims to optimize seawater treatment system performance and minimize maintenance. By collecting digital inputs from sensors, instruments, and controllers on the platform or vessel, the Process Intelligence Manager allows you to monitor system behavior in real-time, leveraging built-in application expertise and data analytics. This allows for enhanced support of seawater treatment system operations which enable you to reduce operating costs and maximize production.
Benefits:
Extend the life of membranes
Increase system availability to “inject more for less”
Reduce or eliminate water injection and production penalties
Reducing OPEX by avoiding costly offshore maintenance campaigns and intervention
TRL
0
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7