Grid congestion blocks electrification and a cleaner energy mix
Grid congestion limits electrification and slows the transition to a cleaner energy mix.
Grid congestion blocks electrification and a cleaner energy mix Read More »
Insight
Fibre crops become biobased building materials
Fibre crops become biobased building materials when agricultural production, processing capacity and construction demand are linked early.
Energy efficiency remains the largest industrial lever
Energy efficiency has the largest reduction potential within Gelderland industry.
Energy efficiency remains the largest industrial lever Read More »
Biobased insulation reduces energy demand and stores CO₂
Biobased insulation can reduce energy demand while storing CO₂ in building materials.
Biobased insulation reduces energy demand and stores CO₂ Read More »
Farmers as raw-material suppliers
Farmers can supply biobased construction chains when cultivation, processing, certification and stable demand are organised together.
Landfill gas capture is rapid methane reduction
Landfill gas capture is a rapid methane-reduction route in Gelderland industry.
Energy as a system enabler for buildings, mobility and industry
Energy choices enable wider transition gains when mobility, buildings, industry and land use are planned around system capacity.
Energy as a system enabler for buildings, mobility and industry Read More »
AVI Duiven is a core case for industrial CO₂ capture
AVI Duiven is a concrete Gelderland case for industrial CO₂ capture.
AVI Duiven is a core case for industrial CO₂ capture Read More »
A fleet-growth year calls for intensity KPIs
Because 2022 is not representative for scope 3 emissions due to fleet expansion, the Ride-Check report uses emissions per passenger-kilometre as the steering metric.
Scope 3 drives the largest impact in shared mobility
In 2022, 3,477,690 kg CO₂-eq of Ride-Check’s total emissions fell within scope 3, making the value chain the main source of climate impact.
Scope 3 drives the largest impact in shared mobility Read More »