SDGs Pellet Carbon
for Odor Control Type

Item No.
SDG-8
SDGs Pellet Carbon (for Underfloor Humidity Control)

Biochar-Based Carbon Material for Industrial Odor Applications

SDG-8 is a sustainable functional carbon material for odor control, made from biochar derived from woody biomass. It is combined with inorganic materials and catalytic components, then processed into an easy-to-handle pellet form.
Its properties differ from highly activated adsorbents such as conventional activated carbon. Instead, SDG-8 is designed as a practical material that emphasizes effective odor treatment, ease of use in the field, and balanced operating cost for applications such as factories, waste facilities, and wastewater-related sites.

Features

Suitable for a Wide Range of Odor Components
Can be used for control of common odor compounds such as ammonia, hydrogen sulfide, mercaptans, and amines. Performance depends on gas concentration and operating conditions, so prior evaluation is recommended.
Adsorption + Reaction Design
Developed not only for physical adsorption, but also to promote surface reactions that help reduce odors. This may be beneficial where re-emission control or mixed odor treatment is required.
Cost-Effective Operation
Designed as an alternative or supplementary material where premium activated carbon may be too costly. Suitable for large-volume use or applications requiring periodic replacement.
Easy-to-Handle Pellet Form
Pelletized shape helps reduce dust generation and improves handling during filling, replacement, and transport. Suitable for packed beds and deodorization equipment.

Main Applications

  • Odor control in factories and production sites
  • Malodor treatment at waste processing and recycling facilities
  • Odor gas control at wastewater, sludge, and fertilizer facilities
  • Supplementary adsorbent for exhaust systems and deodorization units

Data material(PDF)

Actual performance depends on gas type, humidity, airflow, contact time, temperature, and installation design. Evaluation testing is recommended before commercial use.