Closed/Restricted Area Safety Training Programs
Competence in International Standards for the World’s Most Risky Operations
Adaptation to Turkey by Combining OSHA, HSE, and DGUV Standards
Our Approach: Highest Global Standards, Zero Tolerance
At SWL, we operate in confined space safety not based on “local customs,” but guided by science and international experience. The foundation of our training methodology is built on the most stringent and respected standards worldwide:
- OSHA 29 CFR 1910.146 (USA): Global industry standard for entry into confined spaces.
- HSE Confined Spaces Regulations 1997 (United Kingdom): A basic guide for risk assessment and safe working systems.
- DGUV Regulation 113-004 (Germany): Technical safety rules for work on structures such as industrial tanks and silos.
- Occupational Safety and Health Law No. 6331 (Turkey): National legal requirements you are obligated to comply with.
SWL’s 4-Level Modular Training System
Instead of a single “one-size-fits-all” training program, we offer a 4-level competency program designed for different roles within your facility. This modular structure ensures the right person has the right competency and allows you to use your resources most efficiently.
Sectoral Depth: Our Experience in High-Risk Industries
We combine theoretical knowledge with practical experience gained in the most demanding industries. Our areas of expertise include:
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Petrochemicals and Polymers: Reactor and Tank Operations
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Oil and Gas: Platforms and refinery sites
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Industrial Production: Silos, process equipment, and tanks
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Food and Pharmaceuticals: Fermentation and storage tanks
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Water and Waste Management: Treatment plant operations
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Construction and Infrastructure: Tunnel, culvert, and canal works
Proven Results: The Value of Working with SWL
Our programs provide not just a certificate, but measurable and sustainable value for your business.
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Proven Accident Reduction Potential: Businesses that fully implement our programs have seen accident reduction potential of up to 94%.
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High Success and Competency Rate: We achieve a graduation and field competency rate of over 96% among participants.
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International Validity: The certifications we offer are recognized and accepted in your global operations and international audits.
- Legal responsibilities and criminal penalties in confined space operations
- Risk assessment process management and approval mechanisms
- Analysis of accident costs and prevention methods
- Safe working protocols with contractor companies
- Emergency plan evaluation and organizational chart
- Insurance and claims process management
- Incident investigation and root cause analysis
- effective monitoring of the leave system
Objective: For employees to acquire safe working skills in confined spaces and respond appropriately in emergency situations.
- Identifying confined spaces and recognizing hazards
- Atmospheric measurement using 4 gas detectors
- Selection and proper use of appropriate PPE
- reading and understanding permission forms
- Assessing ventilation requirements
- Correct response and evacuation procedures in emergencies
- Understanding and implementing LOTO procedures
- Following secure entry and exit procedures
- Safe coordination of indoor work
- Dynamic risk assessment and managing changing conditions
- Performing all safety checks before work
- Initiate rescue operations in emergencies
- Industrial First Aid (American Heart Association certified)
- Non-entry rescue techniques
- Setting up tripod and crane systems
- Effective communication and stakeholder coordination
Objective: To enable rescue specialists to plan and manage the most complex confined space rescue operations.
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- Planning and managing complex enclosed space rescue operations
- Triage implementation in mass casualty scenarios
- Application of advanced life support techniques in confined spaces
- Installation of complex mechanical systems (5:1, 9:1)
- Safe recovery in HAZMAT environments
- Team leadership and decision-making under stress
- Specialization in vertical and horizontal rescue techniques
- Ensuring multi-agency coordination
- Establishing an incident command system (ICS)
- Post-rescue psychological support and debriefing
- Planning and managing complex enclosed space rescue operations
- Module 1: Basic Concepts and Responsibilities
-The role of the Gas Measurement Officer, legal and operational responsibilities.
-The critical place and importance of gas measurement in the Permit System. - Module 2: Hazards and Limits of Gases
-Atmospheric Hazards: Oxygen enrichment and deficiency.
-Flammable/Explosive Gases: LEL-UEL concepts, flash point, explosion risks.
-Toxic and Asphyxiating Gases: Toxicity, TWA, STEL, IDLH limits, and effects on human health (H₂S, CO, SO₂, Benzene, etc.). - Module 3: Measurement Equipment and Technology
-Types of portable gas measurement devices (detectors) and sensor technologies (catalytic, infrared, electrochemical, PID).
-Calibration and “Bump Test” (Functional Test) applications. - Module 4: Safe Measurement Procedures
-Safety precautions to be taken before, during, and after measurement.
-Personal Protective Equipment (PPE) requirements.
-Sampling methods (diffusion, remote sampling with a pump). - Module 5: Applications in Critical Operations
-Confined Spaces: Atmosphere control before, during, and after entry.
-Hot Work (Flammable Work): Continuous and periodic measurement requirements.
-Gas control during blind flange installation/removal and line opening operations.
-Excavation Work: Measurement of gas risks originating from the environment and ground. - Module 6: Control Methods and Emergency Situations
-Ventilation (natural/forced), inerting, and lockout/tagout (LOTO) practices.
-Interpretation and recording of measurement results and their correlation with Work Permits.
-Action to be taken in response to abnormal measurement results, emergency scenarios, and communication procedures. - Module 7: Case Studies and Applications
-Examination of incidents that have occurred in petrochemical and refinery sites.
-Practical exercises: Taking measurements with devices according to different scenarios, risk assessment, and applying safe working procedures.

