Closely following the needs of the national strategy of carbon peaking and carbon neutrality, the team has long focused on the green development of civil engineering, and based on the major needs of economic development in Hebei Province, it is committed to the breakthrough of basic theory, key technology and material bottleneck of high-performance concrete preparation and solid waste resource utilization, and has made a series of new progress in long-life high-performance concrete, green low-carbon construction materials and multi-source solid waste utilization. The research is featured with the concrete creep mechanism and active control technology, multi-scale numerical simulation of concrete structure and material, 3D printing technology of high-performance green concrete, concrete damage deterioration mechanism and self-healing technology, low-clinker and low-carbon concrete technology, pavement structure cracking evaluation and performance improvement technology, concrete durability design in marine environment, theory and technology of multi-source solid waste synergistic cementitious materials, key technology for full quantitative recycling of waste, design of multi-source solid waste foam concrete enclosure, all-solid waste cementitious filling material performance control technology, pollutant release and environmental effect of solid waste recycling. Help realize “One Hundred Years of Architecture” and draw “Lucid Waters and Lush Mountains”.