Mayeesha Shafiq 5188591
MACROCOSMIC DYSTOPIA / MICROCOSMIC UTOPIA
A design framework for sustainable management for industrial waste to remediate polluted industrial waterfronts.
The Global Challenge: Industrial Pollution in Rivers
PUBLIC HEALTH RISK Almost 50% of all American lakes are affected by industrial pollution making it unsafe to use for swimming, fishing, or other forms of recreation.
ALGAE BLOOMS When the nutrient content of water undergoes changes, it can disturb the delicate balance of the ecosystem. For example, when the nutrient content of water increases, which is known as eutrophication, it can promote algal bloom.
1
EFFLUENT DISCHARGE 14 billion pounds of industrial waste are simply dumped into the world’s oceans every year, with a majority of this waste being plastic.
CROSS-CONTAMINATION 2 trillion gallons of untreated industrial waste is pumped directly back into the U.S. water supply every year.
GANGA RIVER SOCS
Tannery Dye
Fertiliser
Chemical
Leather/ Tannery Waste
Paint
Wood
Plastic Waste
Metal
Paper
Meat
Dairy
Inorganic Chemical
SOCS
Synthetic Organic Compounds
Household Waste
Chemical Waste
Untreated Effluent/ Sewage
Dead Animals
Oil
Textile Waste
Rhodes Westof Industrial The Tragedy Rhodes History (introduction)
Timeline of Encroached Edge due to Industrialisation
Timeline of Mangrove & Saltmarsh Loss
Incomplete Remediation
Design Framework for Polluted Industrial Waterfronts
Adaptation of Design Framework to Site
Project Mind Map mismanagement
management
Industrial Waterfronts
DESIGN FRAMEWORK
LACK OF POLICY / FRAMEWORK Waste Material glass wood concrete
collaboration
material scientist chemical engineers landscape architects
landfill
environmentally-friendly building materials: - bioplastic - bricks - mortar
distribution in development
- cost effective - waste management policy - look at new ways for landscape architectural harsscape materials - generating $$$
incineration
ENVIRONMENTAL POLLUTION
artists ecologists
new product
new economy
disposed in water channel
waste collection
REMEDIATION PROGRAM
STAGE 1 CLEANUP: Sediment Removal STAGE 2 CLEANUP: Typology Placement STAGE 3 CLEANUP: Remediation
use in site
OUTCOMES
transformation
metals chemical sludge
1. ecological transformation of waterfront 2. reduction of contaminated sediments 3. sustainable management of industrial waste 4. climate-friendly solution for industrial by-product waste
Site Selection
Regional Analysis
Site Analysis
Principles
Principle 1
Principle 2
Principle 3
Typology
Typology Process
Stage 1 Masterplan
Stage 11 Masterplan
Stage 11 Detail Plan
Conceptual Model of Cleansing Capsule (Stage 8)
Mayeesha Shafiq 5188591