Global Excellence in Environmental Regulations towards Economical Sustainable Building Design
Sustainable building contributes to a healthy ecosystem while reducing carbon emissions and improving climate management. Sustainable construction improves resource management, operating systems, utility bills, and operational efficiency. Sustainable building construction improves energy efficiency and the environment by adding amenities and lowering energy use. By utilizing the UK based quantitative surveys, this research explores the interconnections and regularities in the environmental regulations and accessibility of resources towards sustainable development. The theoretical model was tested through hierarchical multiple regression and structural equation modelling (SEM) tests. The hierarchical multiple regression was utlised to explore whether financial constraints and lack of awareness have any moderating effect on the economic sustainability as well as use of sustainable design. The research further provides the mediation influences of waste reduction, social awareness, energy consumption, and environmental responsibility towards economic sustainability and sustainable design. The findings suggest solutions to enhance construction, sustainability, and the environment. The findings revealed that the sustainable designs have benefited the building industry and introduced sustainability to construction operations. Sustainability reviews reduce construction waste and enhance organisation. Sustainable expansion in the UK construction industry improves customer experiences and reduces greenhouse gas emissions. Sustainability in UK construction lowers environmental harm and enhances health. The construction industry is evolving towards net zero and sustainable services for targeted clientele, which may improve customer experiences. Thus, building industry concepts have improved workplace sustainability and helped in eliminating environmental issues.
Publication Details
- Journal
- Research Explorer (The University of Manchester)
- Published
- 2025-11-05
- Primary Topic
- Sustainable Building Design and Assessment
- Type
- article
- Field-Weighted Citation Impact
- 0.00