The Dubai Airport Free Zone Central Chilled Water Plant Risk Assessment Study, Dubai, United Arab Emirates

The Dubai Airport Free Zone Central Chilled Water Plant Risk Assessment Study, Dubai, United Arab Emirates

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The Dubai Airport Free Zone Central Chilled Water Plant Risk Assessment Study, Dubai, United Arab Emirates

The Dubai Airport Free Zone Authority (DAFZA) commissioned the services of Green Technologies FZCO to conduct a Risk Assessment Study on the Central Chilled Water Plant (CCWP) at the Dubai Airport Free Zone

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Improvement Of Chilled Water Plant Area At Dubai Airport Free Zone, Dubai, United Arab EmiratesThe Dubai Airport Free Zone Central Chilled Water Plant Risk Assessment Study, Dubai, United Arab Emirates

Project Team:

Client: Dubai Airport Free Zone Authority
Coordinating Consultant: Al Gurg Consultants
District Cooling & Risk Assessment Consultant: ® Consultant: Green Technologies FZCO

 

Project Features:

  • Review of As Built Drawings, Basis of Design
  • Review of Operating Strategies and Procedures
  • Review of Maintenance Data including breakdown and shut downs.
  • Review of Load Profile and Operating Effectiveness.
  • Carry out What-If Scenario analysis on failures of key equipment
  • Provide Operations Strategies
  • Address Upgrades of Existing Facilities
  • Address anomalies in the Operation and Maintenance Manuals
  • Recommendation Matrix of Risk Management
  • Provide a Basis of Design for Future Plant to reduce the risk of Worst Case Scenarios

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Description:

The Central Chilled Water Plant generates chilled water required for airconditioning of the DAFZA Buildings East 1 to 6, DAFZA Buildings West 1 to 6 and the DAFZA Headquarters Building. Due to the critical nature of operations of these buildings, the generation of chilled water is to be delivered on a 24/7 basis all year round so that the airconditioning will not be affected.

The Central Chilled Water Plant has a capacity of almost 10,000 Ton R and this study addressed the risks associated with failure of key equipment and incoming utilities. The recommendations resulting from study included the Risk Mitigating Measures (RMM) and Performance Improvements (PI) which have a synergy, thereby improving the reliability as well as reducing the operating cost of the CCWP.

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