Carbon Mitigation
Minimize carbon footprint both from operational energy savings and product material content.
It is a REGENERATIVE design for a functional CIRCULAR economy solution with the capacity to develop and maintain resilient and flourishing ECOSYSTEMS. The content of all structural components is sourced from recycled materials from suppliers that aim to minimize their carbon footprint. The entire system can be disassembled and moved to another location. Or, if the end user desires, we will remove the whole system to restore the space to its original empty condition. We will recycle all components for future use.
Carbon mitigation initiative:
- Our integrated HVAC system and airflow pattern reduce energy consumption by a minimum of 30% annually compared to standard MEP.
- All our aluminum content is 100% recyclable.
- Our extruded aluminum supplier uses at least 85% recycled raw material.
- We will remove our complete installation for free and recycle all materials if the end-user desires. End users can easily disassemble and move any installation with simple modifications for changes in spatial dimensions.
- H.Luedi is committed to minimizing the carbon footprint in all commercial and residential conditions. This is reflected in their recent engineering success in developing an operating fixture that converts solar energy to hydrogen cell power generation.
When considering reducing carbon footprints for laboratories, the most energy-intensive operating buildings today, one must consider first the ongoing operating system's impact, which could be as high as 80% of mitigation efforts over the life of the building. Next, there are benefits from lower carbon utilization in infrastructure components' production and recycling capabilities.