Climate technologies from research to industrial application

We help companies and research teams develop, validate and commercialise climate technologies, turning industrial challenges and scientific capabilities into working projects.

Aerial view of a greenhouse showing structured planting grids and green vegetation.

The link between science and industry

Climate technology projects often stall because technical, commercial and organisational decisions are handled separately. We bring those elements together and manage the path from challenge to application.

  1. Identify the challenge

    A commercial or regulatory pressure requiring a technology response.

  2. Match capabilities

    Scientific and technical partners suited to the problem.

  3. Structure the project

    Structured work packages, funding and governance.

  4. Deliver the result

    Adoption, pilot, licensing or spin-off.

Why Climate Dimensions

Scientific understanding

We work with complex climate, energy, material and bioeconomy topics and understand how scientific evidence affects technical and commercial decisions.

Commercial perspective

We assess technologies in terms of industrial relevance, market demand, value creation and realistic routes towards adoption.

Partner & project coordination

We build and manage collaborations between companies, researcher teams, laboratories, funded consortia and specialist advisers.

8

Projects supported

5

Partner organisations

4

Technology areas

Baltics & Europe

Geographic focus

Selected projects

Grant co-financed research and industrial collaboration projects that connect scientific expertise with practical environmental and commercial challenges.
View projects
Insulation material from peat and forestry residues
Sustainable materialsGrant co-financed

Insulation material from peat and forestry residues

Status of the project:

ongoing

Natural remedies against bark-beetle
Bioeconomy · ForestryGrant co-financed

Natural remedies against bark-beetle

Status of the project:

ongoing

Hydrochar production from forestry residues
Bioeconomy · MaterialsGrant co-financed

Hydrochar production from forestry residues

Status of the project:

in preparation

Our focus areas

Climate technology areas where scientific development, industrial application and resource efficiency intersect.
Aerial view of solar panels on a green field.

Energy

Efficiency, renewable systems and integration of lower-carbon solutions into industrial development.

Intersection of industrial pipes and structural lines.

Industrial decarbonisation

Technology pathways that reduce emissions and improve resource efficiency.

Close-up texture of natural wood chips.

Bioeconomy

Higher-value applications for biological resources, side streams and residues.

Layered flax fibres used to make linen.

Sustainable materials

Development and commercialisation of materials designed to reduce environmental impact.

Our leadership team

A complementary team combining environmental and energy research expertise with experience in commercialisation and project management.
Portrait of Prof. Dagnija Blumberga

Prof. Dagnija Blumberga

Partner, Science and Technology

Portrait of Viesturs Sosārs

Viesturs Sosārs, MBA

Partner, Business and Innovation

Discuss your project

Tell us where your project stands today

Share the industrial challenge, the research result or the collaboration you're planning. We'll help identify the most practical next step.

Discuss your project

We will get back to you as soon as possible.