on February 16th, 2024

This chapter delves into the range of material selection methods to achieve sustainable construction.

After the brief introduction, definition, and benefits of sustainable construction, it discusses four main phases of the building life cycle, including production, construction, operation, and end-of-life and their environmental impacts, followed by the classification of sustainable material.

It then illustrates five important characteristics of sustainable materials, such as minimum environmental impact, reducing the use of natural resources, minimum health risk, sustainable building performance, and sustainable sources in detail before evaluating the critical role of various stakeholders including consumers, builders, architects, designers, investors, lenders, business partners, employees, manufacturers, suppliers, governments, regulatory authorities, communities, marketing agents, and developers in sustainable material selection.

Finally, the chapter discusses challenges in material selection for construction and sustainable material selection framework, followed by a succinct conclusion.

Read more

The latest news

EIT Celebrates Inaugural Gaborone Graduation Ceremony

The Engineering Institute of Technology (EIT) marked a significant milestone with its inaugural graduation ceremony in Gaborone, Botswana, celebrating graduate achievements and its growing presence...
Read more

The Role of Conferences in Advancing Sustainable Engineering Innovation

The room is already abuzz before the first presentation begins. Conversations form quietly, and perspectives begin to take shape long before they are formally presented....
Read more

PLCs in Industry: Driving Efficiency or Increasing System Dependence

Modern manufacturing plants rely on continuous process control coordinated through PLC (Programmable Logic Controllers) systems to meet high production demands. As these streamline operations, a...
Read more
Engineering Institute of Technology