Integrated waste-to-energy and resource recovery infrastructure
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Integrated waste infrastructure + resource recovery

Waste to Value Global

Waste-to-Energy & Resource Recovery Intelligence

From residual waste to energy and new raw materials

TRS BV and Overdie develop integrated infrastructure for non-recyclable residual waste — combining European engineering, energy recovery, metals recovery, mineral recovery and local implementation.

Waste to Value Global tracks Waste-to-Energy (WtE) for residual municipal solid waste (MSW), recovery of ferrous, non-ferrous and fine non-ferrous metals from Incinerator Bottom Ash (IBA), and mineral recovery — with every figure labelled as verified fact, industry benchmark, indicative scenario or project opportunity.

Designed as a resource-recovery system.
Not simply as an incinerator.

Waste
Energy
Metals
Minerals
New Raw Materials
Explore IndiaExplore RomaniaExplore UAEWhy Landfill Is Not the End Solution
Prevention
Reuse
Recycling
Biological treatment where appropriate
Energy recovery from non-recyclable residual waste
Metals recovery
Mineral recovery
Minimal final disposal

Evidence-led outcomes

Performance depends on the project.

Plant size, feedstock, energy efficiency, ash composition, recovery technology and local markets determine the result.

Up to ~90%

Reduction in waste volume after thermal treatment

INDICATIVE SCENARIO

24/7

Dispatchable energy generation potential

INDICATIVE SCENARIO

Metals + minerals

Recoverable value remains after energy generation

INDICATIVE SCENARIO

Local + international

Potential circular material markets

INDICATIVE SCENARIO

Scenario modelling

Indicative WtE Resource Recovery Scenario

Adjust the main engineering assumptions. Outputs are scenarios, not guaranteed plant performance.

INDICATIVE SCENARIO

Indicative WtE Resource Recovery Scenario

No avoided CO₂ claimed
500,000 t

Annual throughput

500,000 t

SCENARIO INDICATOR

Indicative energy production

325,000 MWh

ENGINEERING ASSUMPTION

Indicative bottom ash

110,000 t

ENGINEERING ASSUMPTION

Indicative ferrous metals

8,800 t

ENGINEERING ASSUMPTION

Indicative non-ferrous metals

2,200 t

INDUSTRY BENCHMARK

Potential mineral fraction

77,000 t

ENGINEERING ASSUMPTION

Reduced final disposal volume

450,000 t-equivalent

SCENARIO INDICATOR

Displaced grid emissions

DATA UNDER VERIFICATION

SCENARIO INDICATOR

Use a published national or grid-operator factor. The result is gross displaced grid emissions, not net avoided CO₂.

Live market dossiers

Different countries. Different development strategies.

Development market

India

Large urban waste volumes, expanding Waste-to-Energy infrastructure and major potential for improved metals and minerals recovery.

Explore India
European transition market

Romania

Reduce landfill dependency while increasing recycling and developing compliant treatment for the remaining residual fraction.

Explore Romania
Advanced WtE market

UAE

World-scale Waste-to-Energy infrastructure creates opportunities for optimisation, expansion and deeper resource recovery.

Explore UAE

Beyond energy

The furnace is not the end of the process.

Waste → energy → metals → minerals → new raw materials.

Ash scan

Understand the material.

Metal recovery

Recover and upgrade value.

Mineral route

Find a useful route for what remains.

Explore resource recovery

TRS + Overdie

System integration meets resource-market intelligence.

TRS BV

System Design & Integration

TRS BV is a Netherlands-based system design and integration company for recycling and Waste-to-Energy infrastructure, combining specialist equipment and process technologies into integrated plant concepts. Scope is confirmed project by project.

  • Waste characterisation
  • Process selection
  • Concept engineering
  • Plant layout
  • Equipment integration
  • European technical specifications
  • Energy systems
  • Flue-gas treatment integration
  • Material recovery integration
  • Tender / procurement support
  • Local supplier integration
  • Commissioning support

Overdie

Resource Recovery, Metals & Industrial Logistics

Overdie is a Netherlands-based circular metals, secondary raw materials and industrial logistics company active in ferrous and non-ferrous metals, material recovery, processing and industrial logistics.

  • Ferrous metals
  • Non-ferrous metals
  • Secondary raw materials
  • Scrap processing
  • Bottom ash recovery development
  • Industrial logistics
  • Metal offtake
  • Material upgrading
  • Recovery optimisation

Maximum value from every tonne.

International experience + strong local execution

European engineering discipline
Local knowledge
Local manufacturing where appropriate
Local construction
Local employment
Local operation
International resource markets where they add value

The objective is to combine international experience with strong local execution — not to treat one geography or supply base as inherently superior.

Landfill illustrating the need for circular waste infrastructure

The final message

Waste does not have to end in the ground.

Modern infrastructure can recover:
Materials before thermal treatment + Energy from the residual fraction + Metals after thermal treatment + Minerals for new applications

Project development

From waste management to resource infrastructure.

Discuss a project with TRS & Overdie.

Discuss a project with TRS & Overdie