English

Bio‐based epoxy resin is a promising candidate for petroleum‐based resins due to its abundant reserves and low‐cost products, which mainly use polyphenolic composites as precursors.

Bio‐based epoxy resin is a promising candidate for petroleum‐based resins due to its abundant reserves and low‐cost products, which mainly use polyphenolic composites as precursors.

Bio‐based epoxy resin is a promising candidate for petroleum‐based resins due to its abundant reserves and low‐cost products, which mainly use polyphenolic composites as precursors.

Bio‐based epoxy resin is a promising candidate for petroleum‐based resins due to its abundant reserves and low‐cost products, which mainly use polyphenolic composites as precursors.

Bio‐based epoxy resin is a promising candidate for petroleum‐based resins due to its abundant reserves and low‐cost products, which mainly use polyphenolic composites as precursors.

Bio‐based epoxy resin is a promising candidate for petroleum‐based resins due to its abundant reserves and low‐cost products, which mainly use polyphenolic composites as precursors.

Bio‐based epoxy resin is a promising candidate for petroleum‐based resins due to its abundant reserves and low‐cost products, which mainly use polyphenolic composites as precursors.

Bio‐based epoxy resin is a promising candidate for petroleum‐based resins due to its abundant reserves and low‐cost products, which mainly use polyphenolic composites as precursors.

Bio‐based epoxy resin is a promising candidate for petroleum‐based resins due to its abundant reserves and low‐cost products, which mainly use polyphenolic composites as precursors.

This short communication focuses on the potential use of paper sludge ash, a waste product of the paper making industry, as an innovative binder partially replacing cement in concrete with glass aggregate. After preliminary testing using binary or ternary CEM-II mixes with paper sludge ash/pulverised fly ash, a suitable mix …