The low carbon footprint and superior properties of geopolymer make it a potentially suitable
alternative to ordinary Portland cement, which has been one of the dominating research …

An imbalance between available resource reserves generated by human activities and
disposal measures causes a series of harmful problems related to water, soil and human …

Geopolymer commercialization efforts in parallel with unconventional research are the only
pathway to achieve the large-scale deployment of geopolymer technology. Geopolymers …

The development of underground space is an important trend for urban infrastructure in
cities supporting socio-economic activities, while it also results in an enormous …

Geopolymer is always regarded as a promising material for the immobilization of radioactive
waste. In the present study, the stabilization of Cs in geopolymers activated by NaOH and …

Degradation of cement-based materials with ultra-low water-to-cement ratio may occur
under water and drying conditions. However, the mechanisms remain unclear. In this study …

Geopolymer is a material with high early strength. However, the insufficient durability
properties, such as long-term strength, acid-base resistance, freeze–thaw resistance …

The mechanical properties of geopolymer foams (GPFs) are strongly influenced by their
matrix skeletons and pore structures. The complex and mutually interfering process …

This paper presents a study on the potential of geopolymer (GP) as a substitute for ordinary
Portland cement (OPC) in construction applications. OPC is widely used in construction due …

Adding organics in the process of geopolymer synthesis can combine the functional groups
of organics with the three-dimensional structure of geopolymer, thus changing the properties …