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Performance Evaluation of Eco-friendly Concrete Produced with Granulated lead smelter slag

Performance Evaluation of Eco-friendly Concrete Produced with Granulated lead smelter slag
Performance Evaluation of Eco-friendly Concrete Produced with Granulated lead smelter slag

Performance Evaluation of Eco-friendly Concrete Produced with Granulated lead smelter slag

Hallett Group Pty Ltd and University of South Australia explore the challenges in the cement and concrete industry. This project leverages UniSA’s expertise in concrete research and Hallett Group’s leadership in the field, exemplifying a collaborative approach that bridges the gap between academia and industry.

Project Overview:
Performance Evaluation of Eco-friendly Concrete with Granulated Lead Smelter Slag

This project focuses on developing innovative concrete products using lead-zinc slag from the Port Pirie smelter. It evaluates the feasibility and long-term durability of slag-based concrete, contributing to the Green Cement Transformation Project, the most significant carbon reduction initiative in Australia’s cement and concrete industry.

Industry Perspective:
Industry supervisors Massimo Capasso (General Manager – Production Innovation and Sustainability) and Weiwei Duan (Researcher – Green Cement Applications) comment: “Partnering with UniSA drives the environmental and technological advancement of Hallett Group’s green supplementary cementitious materials (SCMs).”

University Perspective:
Prof Yan Zhuge, Dr. Tom Benn, and Dr. Reza Hassanli will be providing academic supervision to the candidates. “This collaboration addresses significant environmental and industrial challenges by re-using iron-rich slag, enhancing UniSA’s research in sustainable solutions and innovation in manufacturing practices.”

Student Perspective:
Tohid Yahyaee, PhD Candidate: “This is an exciting opportunity to contribute to sustainable construction practices through innovative research. I am thrilled to work alongside talented industry and academic professionals on research that promises new insights and meaningful impacts.”

Ziyu Sun, PhD Candidate: “This project offers a unique opportunity to address research gaps in slag-based SCMs, develop my problem-solving skills, and make a positive societal impact by reducing emissions and protecting the environment.”

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