Bang Bae 13, a flagship South Korean regeneration programme, will see over six miles of Envac pipework located underground and within the walls of multiple storey buildings ‘invisibly’ and, from the users’ perspective, virtually silently, transport waste using airflow alone from 88 waste inlets situated across the site.
The decision to install AWCS builds on South Korea’s growing commitment to integrating the technology in developments over a certain size.
The project was commissioned by Bang Bae 13 Reconstruction Association and specified by GS Engineering & Construction Corporation.
On working with Envac, HG Seong, Chairman of the Bang Bae 13 Reconstruction Association, comments: “Envac’s inclusion in this project is very important, both in terms of creating a long-lasting waste collection infrastructure and also exceptional living environments for the development’s inhabitants. We’re delighted to have appointed Envac and proud that we will have been partly responsible for creating one of South Korea’s landmark developments.”
The technology’s ability to enhance living environments and provide a waste collection function that operates 24 hours a day without depending on collection teams manually emptying bins also appealed to the developer, architect and local government.
Young Hoon Jung, Managing Director at Envac Korea, adds: “For almost a quarter of a century Envac Korea has been designing and installing automated waste collection systems in countless developments across South Korea. However, we’re particularly proud to be involved in this high-profile development and confident that Envac will play a key role in beatifying the area and reducing pollution typically associated with waste collection vehicles. Automated waste collection systems are now a key feature within South Korea’s built environment and we’re delighted to be at the forefront of this movement.”
On completion, Envac will transport 1.5 tonnes of general waste and two tonnes of food waste each day from the waste inlets to a single collection station located on the periphery of the development. This results in one single waste collection when each large container is fill, which further reduces the presence of waste collection vehicles moving around the site.
Work on installing the system is expected to begin in the first half of 2019.