Global WtE Market Signals

Global WtE deployment and Sub-Saharan Africa electricity-potential claims

Habibur Rahman cites global waste volumes, landfill and Waste-to-Energy plant counts, and a potential electricity range for Sub-Saharan Africa. Every number remains an unverified source claim and needs an attributable primary or scientific source before publication.

Global MSW generation

~2.01 billion tonnes per year (2016)

2050 projection

~3.40 billion tonnes per year

India — RDF co-firing and landfill mining signal

Habibur Rahman argues that prepared refuse-derived fuel from tyres, plastics and other combustible waste could be used as secondary fuel in cement and coal-fired power plants in India, alongside landfill mining. These are source claims, not verified facts; environmental compliance, feedstock suitability and official policy require verification.

Guideline year

2018

Issued by

CPHEEO, Ministry of Housing and Urban Affairs

Application

RDF as alternative fuel in cement kilns and industry

China WtE scale, ash use and landfill-comparison claims

Habibur Rahman presents China as a large Waste-to-Energy reference market and cites more than 1,000 large-scale incineration plants processing over 1.1 million tonnes per day, with ash reportedly used in cement, concrete or asphalt. He also makes broader landfill, emissions, volume-reduction and resource-recovery claims. Every figure and comparison requires independent verification.

WtE plants in operation

1,129 large-scale incineration plants

Daily processing capacity

1.158 million tonnes per day

Reference year

2024

Growing Focus on Recovering Metals from Incinerator Bottom Ash

Metal recovery from incinerator bottom ash is an established field. A peer-reviewed review (Šyc et al., 2020) reports that bottom ash usually contains 1.0–5.0% non-ferrous metals, that pre-treatment is crucial, and that non-ferrous metals are usually recovered with eddy current separators. Actual recovery depends on local waste composition and treatment.

Non-ferrous content in bottom ash

Typically 1–5% (Al, Cu and others)

Recovery method

Eddy-current separation

Scope

European benchmark, not site-specific

Pakistan Exploring China's Waste-to-Energy Model

Public industry discussion indicates growing interest in Waste-to-Energy as one possible route for reducing landfill pressure and producing energy in Pakistan.

Bangladesh — WtE development signal

North Dhaka (Amin Bazar) Waste-to-Energy project: AIIB approved USD 100 million financing in June 2025 for a facility with four incineration lines and two 35 MW turbo-generator sets on the Amin Bazar landfill site. AIIB describes it as the first WtE project in Bangladesh, under a 25-year concession with DNCC supplying waste and BPDB purchasing electricity. Bottom-ash treatment and metal recovery are not specified in the source.

Financing approved

USD 100 million (June 2025)

Power output

2 × 35 MW turbines

Incineration lines

4 lines