Advanced Conversion Technology: Difference between revisions
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Advanced Conversion Technology (ACT) treatment of waste is considered to be the next generation of thermal treatment and can be applied to a variety of feedstocks. | [[Advanced Conversion Technology]] ([[ACT]]) treatment of waste is considered to be the next generation of thermal treatment and can be applied to a variety of feedstocks. | ||
ACT technologies are designed to recover energy in the form of electricity, heat, gas or fuels, principally using the processes of [[Pyrolysis]] or [[Gasification]]. The primary difference between ACT treatments and traditional combustion is the control of the environment in which the thermal processes take place; ACT processes create an oxygen-limited environment where the heating takes place<ref> Syngas-products.com, 2019. [https://www.syngas-products.com/technology/what-is-advanced-thermal-/ What is Advanced Conversion Technology, Syngas Products Limited.] [online] [Accessed 30 Oct. 2019].</ref>. | ACT technologies are designed to recover energy in the form of electricity, heat, gas or fuels, principally using the processes of [[Pyrolysis]] or [[Gasification]]. The primary difference between ACT treatments and traditional combustion is the control of the environment in which the thermal processes take place; ACT processes create an oxygen-limited environment where the heating takes place<ref> Syngas-products.com, 2019. [https://www.syngas-products.com/technology/what-is-advanced-thermal-/ What is Advanced Conversion Technology, Syngas Products Limited.] [online] [Accessed 30 Oct. 2019].</ref>. | ||