About
At Ascentis, sustainability is at the heart of how we plan, design, and deliver projects. A significant portion of a building’s carbon footprint is locked in long before construction begins, through early decisions on design, structure, materials, and procurement. Our approach focuses on influencing these decisions at the right stage, where they have the greatest impact.
We integrate environmentally responsible strategies at every stage of the project lifecycle, from pre-construction planning and material procurement to smart construction practices and energy-efficient operations. Through value engineering, local sourcing, and greener materials, we ensure that our projects not only meet the highest standards of quality but also contribute to a greener future.
Sustainable Practices During Pre-Construction
Value Engineering for Low-Carbon Design
Our approach to reducing embodied carbon begins at the planning and design stage, where early decisions have the greatest influence on a building’s environmental impact. Through a structured value engineering process, we work with architects, structural and MEP engineers, and developers to optimise designs before key parameters are fixed.
This includes:
- Optimising material quantities, reducing the unnecessary use of high–carbon materials such as concrete and steel.
- Challenging over-specification while, ensuring performance, durability, and brand requirements are met without excess material use.
- Evaluating alternative systems and materials that lower embodied carbon while remaining locally available, buildable, and appropriate for the project context.
By addressing embodied carbon through sound engineering and early coordination, we help clients achieve measurable reductions without compromising quality, programme, or long-term asset performance
Procurement from Local & Sustainable Suppliers
We prioritise sourcing materials and products from certified sustainable suppliers and local vendors. This not only reduces the carbon footprint associated with transportation but also supports local economies and ensures the use of responsibly sourced materials. Our procurement strategies focus on:
- Certified sustainable timber and low-emission cement and steel
- Recycled and upcycled construction materials
- Implementing low-flow fixtures, water recycling systems, and drought-resistant landscaping to conserve water.
Using BIM for Reducing Material Consumption and Potential Rework
Building Information Modeling (BIM) plays a crucial role in sustainable project planning. By utilizing BIM, we enhance accuracy in design and construction, leading to:
- Optimized material usage, reducing waste and excess orders
- Improved coordination among project teams to minimize errors and rework
- Enhanced energy modeling to integrate sustainable solutions from the outset