Power from waste |
systems to existing plants, or new residue handling systems, as well as anaerobic digestion and biogas upgrading.
Kanadevia Inova’s engineers are always researching, developing and acquiring new technologies that can provide proven future solutions and deliver truly sustainable circular economies.
A current focus is on delivering carbon capture technologies, offering customers tailored solutions to meet their specific needs. Another area of activity is improved treatment methods for the residues from WtE processes, such as recovering more post- treatment metals and other raw materials with the usage of efficient combinations of dry and wet ash extraction to ensure that no waste is ever wasted.
As research and development accelerates WtE technology improvements, key players in this vital global market are confident that WtE facilities will be able to contribute to carbon neutrality in the not-too-distant future.
In the coming years, WtE facilities have the potential to become carbon sinks, actively reducing the volume of CO2
emissions to air
compared with the carbon load of residual wastes that are sent for treatment to these plants.
These advancements, in less than a century, demonstrate how far WtE technology has come, from the use of basic ‘combustors,’ to the cutting edge and fully automated plants that are being designed, constructed and operated today. As already noted, Kanadevia Inova
continuously examines the range of technologies and services it offers customers. This constant reassessment allows its engineers to carefully assess whether they can improve plant designs to address specific requirements and meet ever- tightening environmental regulations. Kanadevia Inova is, for example, working on the development of hydrogen production technologies, including hydrogen liquefaction, biological and catalytic methanisation, and now power-to-gas solutions.
The drivers behind the restless activity of all Kanadevia Inova’s employees are the development and construction of WtE facilities that operate more efficiently and reliably, creating truly circular economies that will benefit future generations.
Recycling plant
Kanadevia Inova’s vision: waste to energy plants and circular economies of the future
Industry & commerce
Liquefaction/CCS Commercial waste
Recycled materials
Recyclable materials
Non-recyclable fractions
Municipal solid waste
Organic waste
Slag/residual materials for road construction
Solid organic waste
Liquid organic waste
Wet anaerobic digestion Biomass Agriculture
One of the world’s newest, and largest, waste to energy plants, in Dubai, United Arab Emirates (Kanadevia Inova 2024)
18 | October 2024|
www.modernpowersystems.com
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