In recent years

microporous organic polymers (MOPs) has become one of the research hotspot in chemistry

materials and environmental fields. The versatile synthetic methodology

the controllable pore structure and easy modification significantly accelerate their development. MOPs based on 1

3

5-trazine exhibit excellent chemical and thermal stabilities

and the nitrogen-rich high polarble structure edows them with better adsorption and selectivity tawords the adsorbed molecules. Triazine-based MOPs appear to be very promising for matrix materials for heterogeneous catalysis

drug delivery

optoelectronic devices

supercapacitors

wastewater purification

membranes and gas sorbents. Here we summarizes the synthesis and applications of triazine-based MOPs. We focus on rational design

pore engineering and the structure-electrochemical property relationship

and also prospects their future development of triazine-based MOPs targeted for the utilities for chemical industry

environment protection and energy production.