Semiconductor Factory
Location
Intel FAB38, Kiryat Gat, Israel
Building Type
Factory
Key Features:
Facility Type:
Process Cooling Units
Pipelines:
Carbon, stainless steel and copper pipes and corresponding fittings and valves and instrument
Operational Buildings:
Pump skids and alone chillers, boilers
Engineering Services Provided:
Requirement Analysis and Planning:
• Defining Requirements: Understanding the technological processes that will be performed at the factory, as well as the equipment types and capacities required for production.
• Project Concept Development: Creating an overall plan that addresses space requirements, electrical supply, cooling systems, gas supplies, and other essential resources.
• Preliminary Budget Planning: Estimating the costs for design, installation, and operational expenses of supporting systems.
• Project Concept Development: Creating an overall plan that addresses space requirements, electrical supply, cooling systems, gas supplies, and other essential resources.
• Preliminary Budget Planning: Estimating the costs for design, installation, and operational expenses of supporting systems.
Design of Engineering Systems:
• Electrical Power Supply: Designing the power supply system, considering the need for stable power, backup systems, and energy-saving solutions.
• Ventilation and Air Conditioning Systems: Ensuring air cleanliness (clean rooms), temperature, and humidity regulation to maintain a stable production process.
• Water Supply and Drainage Systems: Ensuring clean water supply and the safe disposal of wastewater and hazardous chemicals.
• Gas Supply Systems: Designing systems for the supply of special gases such as nitrogen, hydrogen, and oxygen, essential for semiconductor manufacturing.
• Safety Systems: Developing fire suppression systems, emergency power supply, and safety measures for working with toxic materials.
• Ventilation and Air Conditioning Systems: Ensuring air cleanliness (clean rooms), temperature, and humidity regulation to maintain a stable production process.
• Water Supply and Drainage Systems: Ensuring clean water supply and the safe disposal of wastewater and hazardous chemicals.
• Gas Supply Systems: Designing systems for the supply of special gases such as nitrogen, hydrogen, and oxygen, essential for semiconductor manufacturing.
• Safety Systems: Developing fire suppression systems, emergency power supply, and safety measures for working with toxic materials.
Equipment and Materials Selection:
• Defining Technical Specifications: Choosing equipment that meets the technological and operational requirements of the semiconductor production process.
• Quality and Reliability Checks: Studying equipment characteristics, ensuring compliance with quality and safety standards.
• Specification Development: Creating detailed specifications for each type of equipment used in the production facility.
• Quality and Reliability Checks: Studying equipment characteristics, ensuring compliance with quality and safety standards.
• Specification Development: Creating detailed specifications for each type of equipment used in the production facility.
System Integration and Testing:
• System Commissioning: Testing system operations to ensure compliance with technological and environmental requirements.
• Risk Analysis: Identifying potential risks during the design and installation phases, and developing plans to minimize them.
• Risk Analysis: Identifying potential risks during the design and installation phases, and developing plans to minimize them.
Construction and Installation:
• Technical Supervision and Author's Control: Providing oversight of construction activities and ensuring compliance with design plans.
• Installation Diagrams and Testing Procedures: Developing assembly diagrams, testing, and commissioning procedures to ensure proper functionality.
• Installation Diagrams and Testing Procedures: Developing assembly diagrams, testing, and commissioning procedures to ensure proper functionality.
