NANO - Layered Type SCR Catalyst for Emission Control
The Layered Type SCR (Selective Catalytic Reduction) Catalyst developed by NANO employs a unique technique where catalytic materials are applied to a ceramic sheet resembling paper, using a direct stacking process. This innovative approach results in a lightweight catalyst with an unparalleled surface area per unit volume. It is designed to operate efficiently across a wide temperature range, from 150°C to 550°C, making it suitable for diverse industrial applications including the removal of nitrogen oxides and dioxins. The catalyst is advantageous in settings such as industrial plants, incinerators, marine environments, heat recovery steam generators, and gas power generation facilities. Supporting its advanced design, the catalyst boasts several patents, such as an advanced cartridge system and structural durability for effective reduction of air pollutants. NANO also offers the NL Series, a nano-layered catalyst with specifications tailored to different operational conditions. These technological advancements affirm NANO's commitment to efficient and sustainable emission control.
The layered SCR catalyst is manufactured by coating catalytic materials onto a ceramic sheet that resembles paper. This production technique utilizes a direct stacking method, resulting in a catalyst that is lightweight yet boasts the highest surface area per unit volume. One of its key advantages is its ability to function efficiently across a broad temperature spectrum, encompassing both low and high temperatures.
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Product Usage
Removal of nitrogen oxides and dioxins
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Features
High surface area, light weight, high DeNOx efficiency (Wide temperature range from 150℃ to 550℃)
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Application
Industrial plant, Incinerators, Marine, HRSG, Gas power generation, etc.
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Patents
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Sheet type cartridge having excellent formability and air pollution reducing apparatus using the same(Patent no. 10-1724233, Korea, 2017)
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Layered hexagonal type catalyst carrier(Design no. 30-0919317, Korea, 2017)
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Apparatus for manufacturing catalyst cartridge for selective catalytic reduction and method of the same(Patent no. 10-1909231, Korea, 2018)
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A method of manufacturing a laminated selective catalyst reduction catalyst structure with excellent nitrogen oxide removal efficiency and sulfur oxide durability(Patent no. 10-2378262, Korea, 2022)
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