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A Member of MAA Group Consulting Engineers Ground Improvement of Third Runway at Suvarnabhumi International Airport Project Ground Improvement of Third Runway at Suvarnabhumi International Airport Client New Bangkok International Airport Co., Ltd. Location Bangkok, Thailand Service Period 2005/03-current Scope of Services Detailed design Project Description MAA Thailand and MAA Geotechnics have been involved in the design and construction supervision of vacuum consolidation work at the Suvarnabhumi International Airport in Bangkok, Thailand. With an improved area of over 400,000 m 2 , it is considered to be the largest vacuum consolidation work in the world. The method was introduced due to short construction period and interfacing requirements. The vacuum method had assisted in reducing the ground improvement period from 18 months by conventional PVD method to only 6-8 months by means of this technique. This method has other benefits including lower surcharge height with no counterweight berm, reducing the import of fill material and land use for construction.

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Page 1: Ground Improvement of Third Runway at Suvarnabhumi ... · Ground Improvement of Third Runway at Suvarnabhumi International Airport ... of Third Runway at Suvarnabhumi International

A M e m b e r o f M A A G r o u p C o n s u l t i n g E n g i n e e r s

Ground Improvement of Third Runway at Suvarnabhumi International Airport

ProjectGround Improvement of Third Runway at Suvarnabhumi International Airport

ClientNew Bangkok International Airport Co., Ltd.

Location Bangkok, Thailand

Service Period2005/03-current

Scope of ServicesDetailed design

Project DescriptionMAA Thailand and MAA Geotechnics have been involved in the design and construction supervision of vacuum consolidation work at the Suvarnabhumi International Airport in Bangkok, Thailand. With an improved area of over 400,000 m2, it is considered to be the largest vacuum consolidation work in the world. The method was introduced due to short construction period and interfacing requirements. The vacuum method had assisted in reducing the ground improvement period from 18 months by conventional PVD method to only 6-8 months by means of this technique. This method has other benefits including lower surcharge height with no counterweight berm, reducing the import of fill material and land use for construction.