Carbon management and the control and mitigation of emissions

​Carbon investment Vehicles 

Investing in projects which reduce carbon emissions. 

Carbon Registries 

Offering registry systems for the registration of serialized offsets  as well as to record the purchase, sale and retirement of project-based  offsets. 

Emissions Consultancy 

Providing consultancy services for a fee with regards to emissions, climate change and/or carbon management

Emissions Trading 

Trading in Greenhouse Gas Emissions

Verification and Certification 

Offering verification and certification services for emission reduction activities

Licence No. MC 13137

Carbon management refers to all measures for reducing, storing, and utilizing carbon dioxide (CO₂) to combat global warming and achieve climate neutrality. The three main pillars are: Carbon Capture & Storage (CCS), the capture and geological storage of CO₂; Carbon Capture & Utilization (CCU), where captured CO₂ is used to manufacture products; and Carbon Dioxide Removal (CDR), which involves removing CO₂ directly from the atmosphere. The goal is to offset emissions that are difficult to avoid and to achieve climate targets, although the primary priority must remain emission prevention.

Why Carbon Management is Important

• Achieving climate goals: Carbon management is seen as a key component in achieving ambitious climate targets, as it offers a solution even for sectors that are difficult to decarbonize.

• Offsetting unavoidable emissions: Even with significant efforts to reduce emissions, it will not be possible to avoid all emissions in some sectors (such as industry or waste management). Carbon management offers a way to manage these residual emissions.

• Foundation for transformation: The technologies and infrastructure for carbon management are a prerequisite for transforming value chains and achieving a sustainable carbon economy.
  

Climate Save Projects

Climate Save projects are initiatives aimed at reducing climate change through a variety of methods, including renewable energy, energy efficiency, and carbon sequestration. Examples include planting forests, transitioning to solar or wind power, improving energy efficiency in buildings, and supporting clean cookstoves to replace wood burning. There are also projects focused on adaptation, such as developing tools to assess climate impacts and building water harvesting structures

Forestry and nature-based solutions: Reforestation, forest protection, and other nature-based solutions like biochar projects that use waste to create a soil amendment that sequesters carbon.