ABC Harnaschpolder Logistics Center
VolkerWessels Logistics Development and Delta Development
The Setting
ABC Harnaschpolder is a large-scale logistics-center development at Businesspark Haaglanden. The project team wanted to understand the material-related emissions connected with the building, including those arising from material production, transport, and construction.
The work created an opportunity to bring carbon evidence into decisions about the building while design and delivery choices remained in motion.
The Question
The development team needed an as-built view of material-related carbon, rather than relying only on the calculations produced during design for the Environmental Performance of Buildings assessment.
The aim was to identify where lower-carbon choices could be made and test the final building against the Paris Proof threshold of 240 kg CO2 per square meter.
Our Contribution
Brandon Advisory completed a carbon assessment in association with advisors embedded in VolkerWessels’ strategic development teams. Our counsel supported the project team through the design development and construction stages.
Our work included:
- Assessing embodied carbon across the logistics center
- Reviewing the carbon implications of material choices
- Providing carbon-informed input to the delivery team
- Supporting decisions intended to reduce material-related emissions
How We Approached the Work
We used a detailed carbon calculation, aligned with European standards, to assess the building’s material-related emissions across its full construction cycle. The review covered the production and transport of materials alongside the construction process.
The assessment was undertaken through WiseBrick, which enabled the project team to review the completed building’s carbon performance and use the findings to inform future material decisions.
The Result
ABC Harnaschpolder recorded material-related emissions of 221 kg CO2 per square meter. This places the completed building 19 kg CO2 per square meter below the Paris Proof threshold of 240 kg CO2 per square meter.
The project team reported a 42% reduction in material-related emissions over two years, achieved without significant cost increases.