Produced Water Management is a critical operational discipline for oil and gas organisations seeking to improve treatment efficiency, maintain production reliability and reduce the costs and environmental risks associated with water handling. The Produced Water Management Training Course from Institute For Oil & Gas Training develops the practical skills required to manage water generated during hydrocarbon production, from initial separation and treatment to water reuse and recycling or produced water disposal.
Produced water is an inherent feature of many oil and gas operations. Its composition varies according to reservoir characteristics, production methods, field maturity and chemical treatment programmes. It commonly contains dispersed hydrocarbons, dissolved salts, suspended solids, dissolved organic compounds and residual production chemicals. These constituents influence treatment requirements, equipment selection and the suitability of different management options.
As oil and gas fields mature, increasing water production places additional demands on separation equipment, treatment systems, pumping infrastructure and disposal facilities. Ineffective water management contributes to corrosion, scaling, fouling, process instability and unnecessary operating expenditure. Addressing these challenges requires coordinated decisions across production operations, process engineering, maintenance, environmental management and asset leadership.
The Produced Water Management Training Course addresses the technical and operational skills required to manage these interconnected activities. Participants examine water quality characteristics, produced water separation, treatment technologies, performance monitoring, water reuse and recycling, and disposal strategies. The programme develops an integrated understanding of how water management decisions influence production efficiency, equipment integrity and environmental performance.
Delivered by Institute For Oil & Gas Training, the course focuses on practical challenges across upstream oil and gas facilities. Participants learn to assess treatment performance, interpret water quality data, investigate operating problems and evaluate suitable management strategies for different production environments.
Effective produced water management requires control over the complete water lifecycle, including generation, characterisation, separation, treatment, storage, reuse and final disposal. Decisions at each stage affect downstream treatment requirements, operating costs and environmental performance.
Poor primary separation increases the burden on downstream equipment, while inadequate solids removal affects filtration performance and maintenance requirements. Uncontrolled scaling and corrosion reduce equipment reliability, and inappropriate chemical dosing increases operating costs. Selecting a disposal route without considering water composition, infrastructure capacity and applicable environmental requirements also creates avoidable risks.
The course examines these relationships and develops the technical understanding required to improve treatment stability, optimise operating practices and evaluate water management options against operational and environmental objectives.
Offshore installations face space, weight and discharge constraints, while onshore facilities often manage centralised treatment systems, transportation requirements and opportunities for water reuse. Unconventional production introduces additional considerations associated with flowback fluids, high water volumes and elevated concentrations of dissolved constituents.
The course explores these differences through practical discussions of separation performance, treatment selection, water quality monitoring and disposal requirements. Participants learn to recognise how changes in flow rate, water composition and equipment performance affect treatment efficiency and downstream operations.
Institute For Oil & Gas Training presents produced water management as a cross-functional responsibility linking production engineering, process operations, asset integrity, environmental management and operational planning. Participants examine how coordinated decisions improve treatment reliability and support more effective use of water resources.
The programme also evaluates water reuse and recycling opportunities, with emphasis on matching treated water quality to the intended application. Participants develop a structured approach to assessing treatment requirements, comparing disposal alternatives and identifying practical improvements across the water management system.
Explain the sources, characteristics and operational significance of produced water.
Assess the physical and chemical properties that influence treatment requirements.
Evaluate produced water separation performance and identify factors affecting efficiency.
Understand the operating principles and limitations of common treatment technologies.
Diagnose treatment problems involving hydrocarbons, suspended solids, scaling and corrosion.
Interpret water quality data and operational indicators to support troubleshooting.
Evaluate oilfield water management strategies against technical and commercial requirements.
Identify opportunities for water reuse and recycling based on water quality and intended applications.
Compare produced water disposal options against technical feasibility and environmental requirements.
Recognise the importance of equipment integrity, process safety and appropriate operating procedures.
Improve coordination between production, engineering, maintenance and environmental teams.
Develop recommendations for improving treatment reliability, resource efficiency and operating performance.
The Produced Water Management Training Course uses a practical, industry-oriented delivery approach that connects engineering principles with the operating realities of oil and gas facilities. Institute For Oil & Gas Training combines technical presentations, case studies, troubleshooting scenarios, group exercises and performance assessments to develop practical problem-solving capabilities.
Participants examine produced water characteristics, separation principles, treatment technologies and disposal considerations. Presentations explain how flow rate, temperature, pressure, droplet size, fluid properties and chemical addition influence treatment performance.
Case studies explore typical operating challenges, including poor oil-water separation, high oil content in treated water, excessive chemical consumption, filtration problems, scaling and insufficient treatment capacity. Participants evaluate operating information and identify practical corrective actions.
Participants work through scenarios involving fluctuating water production, changing feed quality, equipment underperformance and restrictions affecting reuse or disposal. These activities strengthen their ability to identify root causes and recommend technically appropriate responses.
Group exercises involve comparing treatment technologies, evaluating management alternatives and identifying opportunities for improved resource efficiency. Participants consider operational, environmental and commercial requirements when developing recommendations.
Participants interpret representative water quality results, operating trends and treatment indicators. They use this information to identify performance gaps, prioritise improvement opportunities and develop practical recommendations for their facilities.
Effective Produced Water Management supports production reliability, cost control, environmental performance and the long-term integrity of oil and gas assets. The course equips personnel with a structured approach to identifying inefficiencies, investigating treatment problems and selecting appropriate corrective measures.
Participants learn to evaluate operating conditions, recognise treatment deterioration and identify corrective actions that improve water quality consistency. Organisations can assess improvements through indicators such as residual oil content, suspended solids, chemical consumption, equipment availability and treatment upsets.
Inefficient treatment increases expenditure on chemicals, pumping, filtration, cleaning, maintenance, transportation and disposal. The course helps participants identify cost drivers and develop improvement proposals based on equipment performance, treatment requirements and infrastructure limitations.
Participants examine the relationship between water quality, treatment performance, discharge suitability and disposal requirements. This supports better operational control, more effective monitoring and stronger coordination with environmental specialists. Site-specific permits and applicable legal requirements remain essential to determining the appropriate management approach.
The programme helps participants evaluate reuse opportunities by matching water quality to the intended application. Organisations can use this knowledge to assess freshwater savings, reuse feasibility, additional treatment requirements and the costs of alternative management routes.
Produced water contributes to corrosion, scale deposition and fouling when its characteristics and operating conditions are not adequately managed. Participants learn to recognise these concerns and coordinate water treatment decisions with maintenance, inspection and asset integrity activities.
Participants develop a structured approach to comparing water management alternatives against production requirements, environmental objectives, operating expenditure and infrastructure capacity. This supports better-informed investment decisions and more effective prioritisation of improvement projects.
The Produced Water Management Training Course develops technical and operational capabilities for professionals responsible for production facilities, treatment systems and environmental performance.
Participants gain a clearer understanding of produced water generation, separation mechanisms, treatment technologies and disposal requirements. They learn how process stages interact and how operating conditions influence treatment performance.
The course strengthens participants' ability to distinguish symptoms from underlying causes, interpret operating data and identify appropriate corrective actions. These skills support more systematic investigations and better technical recommendations.
Participants examine how water handling decisions influence chemical consumption, maintenance expenditure, treatment costs and disposal requirements. This knowledge helps them contribute to cost improvement initiatives and operational planning.
Participants improve their understanding of water quality requirements, environmental risks and reuse opportunities. They also develop a clearer appreciation of the coordination required between operational teams and environmental specialists.
The course develops a common technical understanding of water management across operations, engineering, maintenance and environmental functions. Participants become better equipped to explain treatment problems and contribute to multidisciplinary improvement initiatives.
The programme supports professionals seeking to strengthen their expertise in production operations, process engineering, water treatment, environmental management and facilities performance. Participants receive a Certificate of Completion from Institute For Oil & Gas Training, subject to the applicable attendance requirement.
Production Engineers: To evaluate water production trends and improve separation performance.
Process Engineers: To assess treatment configurations and identify process bottlenecks.
Operations Managers: To strengthen oversight of treatment performance, operating expenditure and production reliability.
Production Supervisors: To improve monitoring, troubleshooting and operational coordination.
Field and Control Room Operators: To understand treatment equipment and recognise early indicators of underperformance.
Facilities Engineers: To assess water handling infrastructure, capacity and equipment limitations.
Water Treatment Specialists: To strengthen their understanding of treatment technologies and water quality requirements.
Environmental and Sustainability Professionals: To evaluate reuse opportunities and coordinate environmental performance requirements.
Maintenance and Asset Integrity Engineers: To understand water-related corrosion, scaling, fouling and equipment reliability concerns.
Chemical Engineers and Treatment Specialists: To examine chemical dosing, water chemistry and separation performance.
Laboratory and Water Quality Analysts: To connect analytical results with treatment decisions and operational requirements.
Technical Services Personnel: To investigate water management problems and support operational improvement projects.
Asset and Engineering Managers: To evaluate water management strategies and prioritise improvement initiatives.
HSE Professionals: To strengthen their understanding of environmental exposure and operational controls associated with water handling.
This module introduces the sources, composition and operational significance of produced water. Participants examine how water quality influences treatment selection, equipment performance and management strategies.
The module also covers water sampling, laboratory analysis and the interpretation of water quality data to support practical operating decisions.
API Recommended Practice 45 provides guidance on the analysis of oilfield waters and the selection of appropriate analytical methods.
It supports the assessment of water composition and the interpretation of relevant chemical characteristics.
Participants examine how reliable water analysis informs treatment decisions and the evaluation of scaling and corrosion risks.
Specific procedures must be checked against the applicable edition and the analytical requirements of the facility.
Explain the sources and characteristics of produced water.
Identify water quality parameters that influence treatment requirements.
Interpret representative water analysis results.
Assess how changing water production affects treatment capacity.
Recognise water chemistry factors associated with scaling, corrosion and fouling.
Establish a structured basis for evaluating water management requirements.
This module examines the equipment and processes used to remove free and dispersed oil from produced water before downstream treatment. Participants evaluate the operating principles of separators, hydrocyclones and flotation systems.
The module also addresses common separation problems, including excessive throughput, unstable interfaces, solids accumulation and unsuitable chemical dosing.
API Specification 12J addresses the design and construction of oil and gas separators within its defined scope.
It provides an engineering reference for understanding separator equipment requirements and design considerations.
Participants consider how separator selection, fluid characteristics and operating conditions influence process performance.
Detailed requirements must be verified against the applicable edition and the specific equipment installation.
Explain the principles of oil-water separation.
Distinguish between conventional separators, hydrocyclones and flotation equipment.
Identify operating variables that influence separation efficiency.
Diagnose common causes of poor separation and oil carryover.
Evaluate the effect of separation performance on downstream treatment.
Recommend practical corrective actions for separation problems.
This module examines the technologies used to improve produced water quality after primary separation. Participants explore flotation, filtration, solids removal, chemical treatment and selected advanced treatment options.
The module also focuses on treatment monitoring, performance indicators, fouling prevention and troubleshooting techniques that support stable water quality and reliable operations.
The International Finance Corporation's Environmental, Health, and Safety Guidelines for Offshore Oil and Gas Development provide guidance on managing environmental, health and safety risks associated with offshore operations.
The guidelines address environmental considerations relevant to produced water management and discharge performance.
They support the identification of pollution prevention measures, monitoring practices and operational controls.
Their applicability depends on project circumstances and relevant legal or contractual requirements.
Explain the operating principles of common produced water treatment technologies.
Evaluate treatment processes against water quality requirements.
Identify causes of declining treatment performance.
Interpret treatment indicators and identify operating deviations.
Assess interactions between treatment stages.
Recommend improvements to treatment reliability and water quality.
This module evaluates the management options available after produced water treatment, including reuse, recycling, reinjection and disposal. Participants examine how water quality, infrastructure, operating requirements and environmental considerations determine the suitability of each option.
The module also addresses the technical limitations of reuse and reinjection, the need for appropriate treatment and the importance of complying with applicable discharge permits and disposal requirements.
OSPAR Recommendation 2001/1 established a framework for managing and reducing pollution from produced water discharged from offshore oil and gas installations in the OSPAR maritime area.
It provides a regional reference for offshore produced water discharge management.
Participants examine the importance of appropriate discharge controls and pollution prevention measures.
Operators must verify the current applicable OSPAR measures, amendments and national requirements before applying the recommendation.
Compare produced water reuse, recycling, reinjection and disposal options.
Evaluate water quality requirements against intended reuse applications.
Identify treatment limitations that affect reuse feasibility.
Assess operational considerations associated with reinjection and approved disposal routes.
Explain environmental considerations governing produced water discharge.
Compare management strategies using technical, operational and cost criteria.
This module integrates treatment performance, asset integrity, environmental monitoring and cost control into a structured water management approach. Participants examine how operating data and performance indicators support effective decision-making.
The module also covers risk assessment, maintenance coordination, management of change and the development of improvement plans that address recurring operational problems.
ISO 14001 specifies requirements for an environmental management system that enables organisations to manage their environmental responsibilities systematically.
It supports the identification of environmental aspects, risks, opportunities and appropriate operational controls.
The standard provides a framework for monitoring environmental objectives and evaluating performance.
Its principles support continual improvement in the management of environmental impacts associated with treatment, discharge, reuse and disposal.
Establish a structured approach to monitoring produced water performance.
Select indicators for evaluating treatment efficiency, operating costs and environmental performance.
Identify recurring process problems and prioritise corrective actions.
Explain the role of maintenance planning and management of change in water management.
Evaluate improvement initiatives against technical, financial and environmental objectives.
Develop practical recommendations for improving long-term water management performance.
Upon successful completion of the Produced Water Management Training Course, attendees receive a Certificate of Completion from Institute For Oil & Gas Training.
Attendees must satisfy the institute's applicable attendance requirement to qualify for the certificate. The certificate confirms completion of the training programme and does not constitute a separate professional licence or independent technical certification.
Fees include tuition, course materials and refreshments. Need different dates or a different city? Ask about your preferred date.
The course covers produced water characteristics, separation technologies, treatment systems, water quality monitoring, reuse and recycling, disposal methods and environmental management. It also addresses troubleshooting, equipment integrity and treatment performance improvement.
The programme is suitable for production engineers, process engineers, operations managers, field operators, facilities engineers, water treatment specialists, environmental professionals, maintenance engineers and asset managers.
Institute For Oil & Gas Training uses technical presentations, industry case studies, troubleshooting scenarios, group exercises and performance assessment activities to connect engineering principles with practical oil and gas operations.
Participants develop practical skills in assessing water quality, diagnosing treatment problems, improving separation performance and evaluating reuse and disposal options. They also strengthen their understanding of operational costs, environmental controls and equipment reliability.
Yes. Attendees receive a Certificate of Completion from Institute For Oil & Gas Training upon finishing the course, provided they meet the applicable attendance requirement. The certificate confirms course completion and does not constitute a separate professional licence or technical certification.
Register your interest
No payment is taken here. We reply within one working day with availability and a formal quotation.
Next: 19 Oct 2026
4 dates available
New courses, dates and industry insight. No more than twice a month.
