Practical Application of Safety and Quality in the Laboratory
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Practical Application of Safety and Quality in the Laboratory Course
Introduction:
It is crucial for managers, supervisors, technicians, and lab employees to understand how to build a successful lab. Basic laboratory analytical techniques for water, hydrocarbon gas, and crude oil are covered in this course. Its purpose is to introduce safety and quality in the laboratory and show how they may be applied practically. It is intended to help with understanding the fundamentals of lab analysis, applying quality standards, doing risk assessments for health and safety, developing technical procedures in the lab, and assessing the outcomes of the lab.
Course Objectives:
The aim of this course is to enrich and update the knowledge and skills of the participants for understanding laboratory technical, requirements of quality laboratory, and procedure of safety methods. By enabling the participants to provide an understanding of the roles of the quality and technical performance in the laboratory. Provide an understanding of the roles of quality standards, how to develop the technical, and methods in the analytical lab, and how to evaluate the lab results.
Who Should Attend?
The course is planned for, lab technicians, lab supervisors and chemists. The course is also designed for people who implement, maintain and review laboratory quality systems.
Course Outlines:
- Introduction
- Laboratory, Terminology, and roles
- Laboratory and personnel responsibility
- Prepare to work on laboratory
- Equipment’s
- Chemicals
- Instruments
- Laboratory Housekeeping
- Laboratory Safety Guideline
- Laboratory Safety Equipment’s
- Safe Lab Environment
- Personal Protection Equipment’s (PPE)
- Identification of hazardous chemicals
- Safe work practices and procedures
- Handling gases, chemicals, and flammable liquids
- Laboratory waste disposal
- Spill and hazard waste management
- Oilfield Sampling
- Handling
- Labeling
- Preparations
- Reservation and Stores
- Type of Laboratory Analysis
- Physical Analysis
- Chemical Analysis
- Qualitative Analysis
- Quantitative Analysis
- Methods of Laboratory Analysis
- Classical Methods
- Instrumental Methods
- Spectroscopy technique
- Chromatography technique
- Electrochemical technique
- Choosing the Right Instrument
- Chemical Measurement
- Types of methods
- Selection of methods
- Calibration
- Reference material, blank correction
- Maintenance and troubleshooting
- Routine Maintenance
- Equipment Maintenance
- Application of Analysis
- Crude oil analysis
- Evaluation of crude Oil
- Carbon Residue, Asphaltene Content
- Density (Specific Gravity)
- Distillation
- Light Hydrocarbons
- Metallic Constituents
- Salt Content
- Sulfur Content
- Viscosity and Pour Point
- Water and Sediment
- Wax Content
- Other Tests
- Water analysis
- pH acidity and alkalinity
- Temperature
- Density
- Turbidity
- Total Hardness
- P, M & OH Alkalinity
- Specific conductance
- Total Solids (TS)
- Total Dissolved Solids (TDS)
- Total Suspended Solids (TSS)
- Dissolved Oxygen (DO)
- Oxygen Demand (COD, BOD)
- Organic contaminants
- Toxic Organic Compounds
- Radioactive contaminants
- Nutrients
- Chloride
- Cyanide
- Pathogenic microorganisms
- Sulphite
- Phosphate
- Oil and Grease in water
- Inorganic Chemicals
- Hydrocarbon Gas analysis
- Gas-Handling Facilities and Treatment Physical and chemical properties of hydrocarbon gases
- Composition of hydrocarbon gases
- Testing and analysis of hydrocarbon gases