If the province of Utrecht pursues all nineteen calculated solution variants in full, annual emissions fall by 79% by 2030: 6.04 Mton of reduction and sequestration against current emissions of 7.65 Mton.
Climate solutions can cut Utrecht’s emissions by 79% by 2030 Read More »
The climate solutions assessed for the province of Utrecht add up to a potential of 6,040 kton CO₂-eq per year by 2030: 5,620 kton of emission reduction plus 427 kton of carbon sequestration in soil and biomass.
Utrecht: 6,040 kton CO₂-eq reduction and sequestration potential per year Read More »
The province of Utrecht emits 7.65 Mton CO₂-eq per year, spread across the five climate sectors of the Dutch Climate Agreement (reference year 2018).
Utrecht emits 7.65 Mton CO₂-eq per year across five climate sectors Read More »
Biochar sequesters about 0.95 tonnes CO₂-eq per tonne, usable on 30,000 hectares
Silvopasture in Gelderland delivers both reduction and sequestration
Silvopasture in Gelderland: 0.246 to 0.985 Mton reduction Read More »
Targeted product changes can reduce the footprint of JOYinCARE lifting slings while keeping function and quality intact.
Almost 70% CO₂ reduction is possible for JOYinCARE lifting slings Read More »
A timber home stores about 45 tonnes of carbon dioxide on average; a piece of wood consists of 50% carbon.
A timber home stores about 45 tonnes of carbon dioxide on average Read More »
In conventional agriculture, fertiliser is routinely over-applied, which leads to emissions of nitrous oxide, a greenhouse gas with a warming effect 298 times stronger than that of carbon dioxide.
In the progressive scenario, with half of all new construction in Gelderland executed in timber, the reduction potential comes to 0.05 Mton CO₂-eq in 2030.
The Dutch organic farming share is much lower than Austria’s, creating a benchmark for transition support and market development.
Organic farming is 3% of Dutch agricultural area, compared with 24% in Austria Read More »
