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Objectives

• To identify the key parameters for flare system design and to define an optimum system for flare system.
• To recognize the types of gas flare system and understand the associated terminology.
• To understand the impact of the Effluent Water Disposal on facilities design and operations.
• To identify major techniques used for effluent water treatment.
• To understand key design, construction and installation issues associated with fixed and floating equipments used for water treatment.
• To recognize important methods for selection treatment methods.

The Delegates

• All people working in :

Chemical  , process engineers , technicians  and operators as well as all staff who works in in surface facilities in the area of oil industry .

Contents

• Introduction and course overview.
• Flare System Analysis.
• Design Factors.
• Flow Rate.
• Gas Composition, Gas Temperature and Gas Pressure Available.
• Environmental Requirements.
• Safety Requirement.
• Design Considerations What Is Important?
• Reliable Burning.
• Hydraulics and Liquid Removal.
• Flame radiation, Smoke Suppression and Noise/Visible Flame.
• Effluent water disposal .
• Water sampling and analysis.
• Water formed scales.
• Corrosion control.
• Water treatment microbiology.
• Water processing technology.
• Water injection system.
• Inspection and analysis.
• Calcium and barium.
• Sulfate
• Scaling calculation.
• Temperatury
• Hydrogen sulfate.
• Turbidity
• Corrosion rate.
• Oxygen concentration.

Filter operation bacteria count.Course summary.

The Discount

10% in case of Three P. (or more)