POTENTIAL PROJECT PROGRAMMES
Ten areas where MARENC can develop a technical concept, assemble specialist capabilities and propose a practical delivery structure.
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10 programmes
Address separation, deposition and fluid-handling constraints through chemistry, process review and specialist packages.
Fluid testing · process assessment · controlled field trial
Separation quality, treatment cost and operating stability
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Evaluate chemical, thermal and equipment options against representative crude properties and transport conditions.
Rheology review · compatibility · transport concept
Pressure drop, viscosity response and total treatment cost
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Integrate oil removal, solids control, compatible chemistry and injection-water requirements.
Water analysis · treatment train · qualification plan
Oil and solids limits, injectivity risks and chemical consumption
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Select treatment approaches for sour gas or liquids with attention to composition, by-products and safe operation.
Composition review · process screening · specialist package
Outlet specification, by-product handling and operating cost
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Assess gas gathering, treatment and power or process use with specialist gas-technology and generation partners.
Gas balance · treatment concept · offtake assessment
Recoverable gas, required treatment and viable utilisation
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Review plant utility constraints, water chemistry and selected upgrade opportunities with the relevant equipment specialists.
Baseline review · utility assessment · improvement package
Availability, utility consumption and lifecycle cost
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Develop generation, electrical distribution and hybrid options around load, fuel, grid access and continuity needs.
Load study · configuration options · delivery concept
Dependable capacity, redundancy and cost of delivered power
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Combine pretreatment, membranes, chemical programmes and residuals management around the required water quality.
Feed analysis · process selection · package integration
Water quality, recovery, energy and chemical demand
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Evaluate reuse and recoverable streams against process variability, treatment requirements and outlet value.
Stream characterisation · reuse options · pilot basis
Reusable water, residuals burden and total operating cost
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Connect water, steam, cooling, energy and chemical systems in a coordinated improvement programme.
Utility balance · interfaces · phased implementation
Resource efficiency, reliability and lifecycle economics
Discuss this programme ↗Initial project development priorities include produced and injection water, oilfield separation and integrity, and power-plant water and utility performance. Larger generation and gas programmes are structured with the relevant qualified technology and delivery alliances.
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