In the case of new buildings, it is important to set
targets for embodied carbon in advance and analyze
the materials in relation to both operational and
embodied carbon emissions. To reduce embodied
carbon in construction, it is advisable to prioritize the re-
use of existing (especially concrete and steel) structures
rather than demolish and rebuild/construct a new
building. Additionally, during the design phase,
emphasis should be placed on future-proofing the
building to achieve a flexible layout and high reusability,
aiming to minimize future structural changes. Materials
selection of refurbishments should prioritize materials
with a long lifespan and lower environmental impact.
The first challenge here is to collect data on the current
energy consumption and emissions levels of the
buildings. This is crucial for benchmarking and working
on improvements to the portfolio. It can be helpful for
landlords and tenants to agree on data exchange
obligations or to establish them when the lease is
signed.
Consideration of additional investments to enhance
the energy efficiency of the property,
Increase in renewable energy production on-site,
Influence on tenant behavior and incentivize
savings,
Installation and upgrading building automation
(smart metering, etc.),
Purchase of renewable energy for any remaining
energy demand.
DECARBONIZING YOUR
BUILDINGS
REDUCTION OF EMBODIED CARBON OF NEW
CONSTRUCTION
REDUCE OPERATIONAL CARBON EMISSIONS OF EXISTING
BUILDING STOCK
Sustainability & Energy Management Simplified
