Sub-projects

© Pexels, Akil Mazumder

The Canemure project includes 14 sub-projects carried out by the project beneficiaries. The sub-projects aim for concrete results and are categorised into six categories:

Smart Low-carbon Mobility

• Connecting to the Public Transport Trunk Network in Tampere City Region (City of Tampere)
• Promotion of new low carbon mobility solutions and services (City of Hyvinkää)
• Promoting the uptake of electric vehicle services in the western Uusimaa region (Raaseporin Energia Oy)

Decentralised Renewable Energy

• Digital solutions to improve energy efficiency and the use of renewable energy in buildings (City of Porvoo)
• Promoting Energy efficiency and bidirectional heat trade through pilots (City of Turku)
• Thermal energy battery for the district heating network (City of Lappeenranta)

Energy Efficiency of Buildings

• Low carbon solutions for renovation construction of rental and private houses in Lahti (City of Lahti)
• A climate perspective for the 2021 Lohja Housing Fair (City of Lohja)
• Supporting energy efficiency and experimental design on public buildings (City of Turku)

Sustainable Urban Planning & Carbon Sinks

• Supporting planning and pilots for carbon sinks, ecosystem services and smart mobility in changing urban environment (City of Turku)
• Guidelines for sustainable spatial planning and urban design by enhancing synergies between climate change mitigation and adaptation (Finnish Meteorological Institute and SYKE)
• Creating low carbon mobility circumstances in a new neighborhood (City of Hyvinkää)
• Maximizing the carbon sink of concrete structures (Finnish Association of Construction Product Industries)

Low-carbon Production and Consumption

• Smart system for optimizing energy and resource use at the Seaside Industry Park Rauma (Rauman Meriteollisuuskiinteistöt Oy)
• Low carbon solutions for household consumption (Iilaakso Oy)
• Using carbon footprint criteria to promote sustainable public procurement (City of Helsinki)

Low-emission Agriculture and Forestry in Peatlands

• Verification of cost effective GHG mitigation measures for cultivated and forested peat lands & Implementation of climate strategy in agriculture and forestry (Natural Resources Institute Luke)