MARQUEE PLACE SUBDIVISION (PHASE I)

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Mass Gravity Retaining Walls

2020

ANGELES CITY, PAMPANGA - REGION III - Philippines

Community Innovations (An Ayala Land Company)

MARQUEE PLACE SUBDIVISION (PHASE I)

Problem

Marquee Place is a 35-hectare residential community under the development of Community Innovations, an Ayala Land Company, and is said to be the first ever master planned and fully-integrated community in the North and Central Luzon. The community is located adjacent and just eight meters above the Abacan River. The existing perimeter slopes were found to be prone to failures owing to lahar sand deposits vastly found in the area. A series of torrential rainfalls has eroded portions of the perimeter slopes, which exposed the vulnerability of the community against mass wasting, and could lead to more damages if not addressed immediately.

Solution

The solutions were divided into three phases: 1) Phase I – gabion gravity retaining wall, 2) Phase II – longitudinal protection, and 3) Phase III – scouring protection mattress at the toe of gabion wall. These solutions have been approved by the customer, its Project Consultant (ARUP Philippines), and the General Contractor (PNCDC). In Phase I, Maccaferri engineers recommended polymeric-coated gabions for gravity wall. It can be noted that the gabion wall has been approved due to its structural integrity, flexibility (allows certain degree of movement), free-drainage capability (reducing pore water pressure), economy, and ease of installation.

Used Products

Gabions
Gabions
Maccaferri Gabion is a Double-Twisted “DT” wire mesh container of variable sizes uniformly partitioned into internal cells, interconnected with othView
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Reno Mattress Plus
Reno Mattress Plus
Traditional river bank protections made with loose stones (rip-rap) require a thick layer of material to be effective. This is due to the fact thatView
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Nonwoven Geotextiles
Nonwoven Geotextiles
Nonwoven geotextiles are flat textile structures consisting of synthetic fibres casually assembled by needle punching and/or thermal processes; theView
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