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NGK exhibition at Carbon Capture Technology Expo 2023 North America

June 14, 2023

NGK will exhibit Honeycomb ceramics substrates for Direct Air Capture (DAC) and Sub-nano ceramic membranes technologies at Carbon Capture Technology Expo 2023 North America at the NRG CENTER, Houston, Texas on June 28th (Wed.) to 29th (Thu.), 2023.

Carbon Capture Technology Expo
Booth image

Carbon Capture Technology Expo 2023 North America will gather over 3,000 visitors to address the increasing role of Carbon Capture, Utilization & Storage which plays a critical role in the transition to Carbon Neutrality.

Outline of Carbon Capture Technology Expo 2023 North America

Dates June 28th (Wed.) to 29th (Thu.), 2023
NGK Booth 680
Official site Carbon Capture Technology Expo 2023 North America

Conference by NGK

Date June 29th (Thu.) 10:50-11:15 a.m.
Location Conference track 4, Carbon Capture, Utilization, Storage & Blue Hydrogen
Speaker Nicholas Hadjicharalambous
Key Account Manager -NGK Automotive Ceramics USA, Inc.
Topic Contributing to Carbon Neutrality - Gas Separation Membrane and Monolith for Direct Air Capture System.

Exhibitor products

NGK will introduce Honeycomb ceramics substrates used as a key component for DAC systems and Sub-nano ceramic membranes used for CO2-EOR or H2 separation processes.

NGK’s thin-wall Honeycomb ceramics substrates have low pressure loss and high specific surface area. In addition, NGK can coordinate the thermal capacity, cell structure/pore microstructure and durability. Sub-nano ceramic membranes are formed using a thin, defect-free separation layer applied onto the Honeycomb ceramics substrates to achieve a more accurate gas separation with high efficiency.

These products improve on CO2 capture processes by reducing the capital costs and energy consumption.

Honeycomb ceramics substrates for DAC system
Sub-nano ceramic membranes


Scaling up direct air capture for a net zero future (The Financial Times)
Carbon Capture Journal
Product information on Ceramic substrates for Direct Air Capture systems

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