Polyacrylamide (PAM) has been widely applied as a viscosity modifier to optimize the
workability of cement-based materials, but PAMs with different ionic types may show various …

Rising environmental concern on industrial waste disposal drives the exploration of
alternative managing methods. The route of waste-to-energy sparks interest as the …

Sludge based catalysts (SBCs) has been considered as a promising and viable approach to
sludge reclamation. Herein, we fabricated bimetallic Fe-Ti doped SBCs via a facile synthesis …

Self-healing conductivity of materials is a very attractive property, but preparing a simple
green conductive material is still a challenge. In this article, a self-healing conductive …

Due to the economic and environmental benefits, manufactured sand is gradually replacing
natural sand in concrete production. However, the residual polyacrylamide (PAM) in …

The rapid development of electronic technology and the new energy industry accelerates
the production of fluoride-containing sludge (FCS), mainly composed of CaF 2. Meanwhile …

By investigating the relationship between the swelling and deformation properties, an
attempt was made to establish a correlation between microstructure and charge density of …

The thermal behaviour of hay-based activated carbons modified with adsorption nanolayers
of ionic polymers were investigated. The anionic and cationic forms of polyacrylamides …

Polyacrylamide (PAM) is a polymer compound that is widely used in oil extraction,
wastewater treatment, food processing and other fields. As a typical polymer flooding agent …

Smectite-polymer composites from cationic polyacrylamide (PAM S, τ40 Cl) were prepared
to investigate the adsorption behavior of the smectite after the intercalation procedure. PAM …