Co-pyrolysis of biosolids with alum sludge and lignocellulosic biomass: Product yield and quality assessment: POSTER

Proceedings

Co-pyrolysis of biosolids with alum sludge and lignocellulosic biomass: Product yield and quality assessment: POSTER

Rathnayake, N.^1,2, Patel, S.^1,2, Pazferreiro, J.¹, Sharma, A.^1,2,3, Surapaneni, A.^2,4and Shah, K.^1,2, ¹RMIT University, Australia, ²ARC Training Centre on Advance Transformation of Australia’s Biosolids Resources, ³Manipul University Jaipur, India, ⁴South East Water, Australia
(free)

• Thermal treatment of biosolids is becoming more appealing due to stricter environmental regulations on emerging contaminants.
• However, biochar derived from pyrolysis of biosolids has limitations due to high heavy metal concentration, low carbon content, and
low surface area.
• Aim of this study is to co-pyrolyse biosolids with alum sludge (AS), wheat straw (WS), and canola straw (CS) to improve biochar physiochemical properties.

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