Research Report 2025 — Hyderabad, Pakistan

Solid Waste
Crisis in

A city-scale, data-anchored report tracking how waste moves from homes to open dumps, where collection breaks, and how exposure spreads through drains, air, and food systems. EcoTrack connects municipal gaps with human impact so response planning can be measured, not guessed.

  • Focus Generation volumes, lifting capacity, workforce gaps, and disposal scarcity.
  • Coverage City Taluka, Latifabad, and peri-urban drain corridors where overflow is most visible.
  • Output Priority actions, monitoring indicators, and risk hotspots for policy response.
Explore Data View Sources
Field Evidence Video On-site footage
Open dumping along drains and canals reduces flow capacity and creates visible exposure zones.
  • Irregular pickup cycles create multi-day backlogs in dense blocks.
  • Unsegregated waste exposes workers to sharps and medical residue.
  • Overflow sites spill into waterways during rainfall and high-tide events.
49.6M
Tons waste/year — Pakistan
~50%
Waste left uncollected
960T
Dumped in Phuleli daily
4
Sanitary landfills nationwide
Field Evidence
Ground Reality Beyond the Charts

Visual observations and resident feedback highlight repeatable pressure points: overflow at primary collection sites, informal sorting without protection, and waste intrusion into canals during rainfall.

Where the system breaks first

Hyderabad's waste chain is stressed at the neighborhood level before it reaches transfer points. When collection routes slip, the backlog becomes visible within days, pushing mixed waste into drains and alleys. These patterns are consistent across dense blocks and peri-urban corridors.

Overflow Nodes

Primary collection points exceed capacity, spilling into streets and footpaths where pedestrian traffic is highest.

Informal Sorting

Recyclables are separated without PPE, increasing exposure to sharps, medical waste, and organic contamination.

Waterway Intrusion

Mixed waste drifts into canals and drains, reducing flow capacity and raising the risk of stagnant water and vector breeding.

Landfill activity Urban waste accumulation Urban canal and drainage
Photo references sourced from public collections.
Key Statistics
Crisis By the Numbers

Current state of solid waste mismanagement across Hyderabad and Pakistan — consolidated from municipal records, peer-reviewed studies, and independent reporting to map the most visible gaps in collection, labor, and disposal capacity.

49.6M
Tons generated annually across Pakistan
54,888
Tons per day — national daily generation
60–70%
National waste collection rate only
~560
Sanitary worker shortage — HMC Hyderabad
80%
Waste discarded in open areas in Hyderabad
36.8%
Residents near dumps experienced diarrhoea in 2 weeks
System Pressure
Collection Gap

Generation outpaces lifting capacity in core zones, creating visible backlog within days and pushing mixed waste into drains and empty plots.

Gap widens on missed routes
Operational Strain
Workforce Shortage

Sanitary staffing deficits reduce route frequency, limit night shifts, and slow cleanup after peak disposal days.

Staffing gaps reduce coverage
Infrastructure
Disposal Bottleneck

Limited sanitary landfills force reliance on open dumping, extending exposure to communities nearest to informal disposal grounds.

Few regulated disposal sites
Data Visualizations
Research Analytics

Visual breakdown of the research data, highlighting how generation trends, lifting capacity, and collection gaps translate into exposure risks and public health impacts.

Generation vs Lifting Capacity
City Taluka & Latifabad — Hyderabad (tons/day)
Pakistan Waste Collection Rate
National average — collected vs open-dumped/burned
Hyderabad Waste Generation Trend
2015 → 2021 → 2025 (tons/day)
Health Impacts — Reported %
Workers & residents near dump sites
HMC Workforce Gap
Required vs Available sanitary workers
Sanitary Landfills Distribution
Only 4 exist for all of Pakistan
Volume Pressure

Daily generation rises faster than lifting capacity, amplifying the backlog cycle. Missed pickups cascade into multiple neighborhoods.

Collection Gap

The national collection average leaves a sizeable portion of waste in open areas, intensifying exposure in the densest parts of the city.

Health Spillover

Reported respiratory and diarrhoeal symptoms track closely with proximity to dump sites, indicating repeated, not isolated, exposure.

Health Impact Analysis
Diseases Linked to Waste

Diseases observed in communities and workers near open dumping sites across Hyderabad, showing how exposure builds through contaminated water, airborne dust, and unprotected handling.

Diarrhoeal Diseases

Open dumping contaminates water sources — causing cholera, typhoid and diarrhoea via faecal-oral route in low-income urban areas.

36.8% in 2 weeks
Respiratory Illnesses

Dust and chemical fumes from dump sites cause chronic cough, breathlessness, and bronchitis in workers and nearby residents.

58.5% workers affected
Vector-Borne Diseases

Garbage accumulation creates breeding grounds for mosquitoes and rodents, increasing dengue and malaria in dump-adjacent areas.

Higher incidence rate
Skin & Eye Infections

Flies, contaminated groundwater, and leachate from open dumps cause conjunctivitis, skin rashes, and wound infections.

Groundwater contamination
Exposure Pathways

Health impacts intensify when mixed waste enters open water, dust is re-suspended near dumps, and workers handle refuse without protective gear. The risk is not isolated to dump sites; it travels through neighborhoods via water, air, and food markets.

  • Water contamination from leachate and canal overflow
  • Airborne dust and smoke from open dumping and burning
  • Vector breeding near stagnant waste piles and drains
Response Blueprint
City Response Blueprint

A multi-layer response plan focused on closing the collection gap, protecting workers, and reducing exposure near waterways. These actions prioritize speed, accountability, and measurable outcomes.

Collection Coverage

Expand routes, add night shifts, and create contingency pickups for overflow hotspots.

  • Route rebalancing by density
  • Overflow pickup triggers
  • Track missed cycles weekly
Sorting & Transfer

Establish protected transfer hubs with segregation, signage, and controlled unloading zones.

  • PPE enforcement for workers
  • Material recovery lanes
  • Clean buffer zones
Safe Disposal

Limit open dumping through controlled tipping, leachate barriers, and site monitoring.

  • Controlled access points
  • Drainage protection rings
  • Monthly site audits
Community & Enforcement

Pair awareness drives with enforceable disposal guidelines and localized reporting channels.

  • Ward-level waste captains
  • Public reporting hotline
  • Incentives for segregation
Execution Phases
0-6 months

Route audits, hotspot cleanup, worker safety training, and public reporting launch.

6-18 months

Transfer hub upgrades, segregation pilots, and disposal site controls with KPI tracking.

18-36 months

Scaling recovery, expanding sanitary capacity, and integrating data dashboards for ongoing monitoring.

Meet Our Team
Meet Our Team

Cross-disciplinary contributors aligning field evidence, data modeling, and response planning for Hyderabad.

Fahad

Fahad

Video Editor & Designer

Hanzala

Hanzala

Leader & Coordinator

Sahil

Sahil

Created research documents

Shahzaib

Shahzaib

Do nothing eat 5 stars

Mujtaba

Mujtaba

Provided assistance

Vinod

Vinod

The toughest guy of group

Ali Raza

Ali Raza

Still finding his work

Ahmer

Ahmer

Made website

Vikram

Vikram

Assist Sahil Kumar in creating document

Mutahir

Mutahir

Added voice over in video

References
Verified Sources

All data sourced from peer-reviewed publications, government guides, and credible news sources.

01Trade.gov — Pakistan Waste Management Country Guide
02The Express Tribune (2015) — Hyderabad dumps 960 tons/day in Phuleli Canal
03Scifiniti (2025) — Hyderabad Municipal Waste Study
04The Express Tribune (2021) — HMC Mismanagement & Workforce Shortage
05The Express Tribune — Open Dumping Causes Infectious Diseases
06PMC / NCBI — Diarrhoeal Disease Study near Open Dump Sites
07PMC / NCBI — Respiratory Symptoms in Landfill Workers (58.5%)
08Dawn.com — Garbage Dumps & Community Health Hazards