Keppel Seghers Belgium
About
Keppel Seghers Belgium NV, headquartered in Willebroek, operates as the Belgian engineering and technology center of expertise within the Singapore-based Keppel group, specializing exclusively in Waste-to-Energy (WtE) solutions. Originally founded in 1974 as Seghers Engineering NV, the company has accumulated over 45 years of experience and delivered more than 100 WtE facilities across 25 countries. Their engineering scope spans the full project lifecycle — from feasibility studies and design through construction, commissioning, and long-term asset optimization. The company's project portfolio includes several landmark installations: the Baoan WtE plant in Shenzhen, China, which ranks as the world's largest by processing capacity; the Runcorn Combined Heat and Power facility in the UK, Europe's largest of its type; and pioneering WtE infrastructure in Qatar, Poland, and Hong Kong. Keppel Seghers Belgium also pursues modular WtE plant configurations that can be scaled to local waste volumes and energy demands. Beyond combustion engineering, the team provides carbon capture integration and ongoing asset optimization services for operational plants. Their international engineering workforce comprises over 20 nationalities, reflecting the global reach of a company that transforms non-recyclable municipal and commercial waste into base-load electricity and heat.
Key Products
Proprietary waste combustion grate technology that provides efficient, controlled incineration of municipal and commercial waste in WtE plants.
Sludge drying technology that converts sewage and industrial sludge into dry pellets suitable for disposal or energy recovery.
Sludge combustion system that thermally treats sewage sludge without requiring additional fuel input, enabling self-sustaining combustion.
Biological wastewater treatment system using a compact, modular tank configuration for activated sludge processing of municipal and industrial wastewater.
Flue gas treatment system using rotary atomization to scrub acidic gases, heavy metals, and particulates from incinerator exhaust streams.
Rotary drum system for mechanical sorting, pre-treatment, and recycling of municipal solid waste prior to incineration or material recovery.
Full lifecycle project delivery for waste-to-energy facilities, from feasibility and design through construction, commissioning, and maintenance.
Scalable, modular waste-to-energy plant designs that can be adapted to different waste volumes and local requirements.
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