Find German providers for your climate technology needs here:
- Low-emission power supply (on- und off-grid)
- Low-emission mobility and transport
- Energy- and resource-intensive industries
- Energy-efficient cities and infrastructure
- Climate-friendly agriculture and forestry
- Sustainable waste- and recycling management
- Cross-sectoral interdisciplinary technologies for emission reduction
- Other services
- Accompanying training measures for emission-reducing products and services
- Development of technology- and country-specific financing concepts for emission-reducing products and services
- Advisory services for planning and implementing the German Renewable Energy Sources Act, emission reduction standards, etc.
- Firedamp capture (CH4)
- Replacement of climate-damaging refrigerants
- NOx-catalysts
- Flue gas filtration technique
- Other products and technologies, components and infrastructure reducing emissions
- Substitution of nitrous oxide
- Waste segregation concepts
- Planning and implementation of waste prevention consulting
- Landfill gas capture
- Low-emission waste incineration
- Composting and biogas plants
- Planning and implementation of returnable systems
- Planning of regional recycling concepts
- Implementation of specific approaches to recycling, e.g. for electric waste and waste oil
- Waste sorting plants
- Reforestation
- Low-emission fertilization
- Energy-efficient and emission-reducing cultivation techniques
- Energy-efficient and emission-reducing farming techniques
- Utilization of waste heat
- Adaptive cooling and heating technology
- Efficient cooling technology (air conditioning and refrigeration)
- Efficient pumps and desalination plants for water
- Electric transmission systems adapted to the requirements of renewable energies
- Energy and climate-efficient heat pumps
- Energy-efficient cooling appliances
- Energy-efficient server and network technology
- Energy saving lighting
- Building automation and smart grid systems
- Climate adapted architecture concepts
- LED street lights
- Emergency power supply
- Ecological insulating materials, concepts, and technologies
- Solar cooker
- RPM-regulated electric motors
- Eco-design concepts
- Efficient generation of compressed air
- Low-emission generation of process heat and combustion technology
- Energy-efficient production and automatization technique
- Utilization of oils and fats from renewable resources
- Planning and implementation of joint product production and eco-industrial parks
- Planning of integrated, energy-efficient manufacturing sites and chains
- Resource- and energy-efficient product design
- Substitution of fossil resources for cellulose, starch and lactic acid
- Alternative and low-emission fuels
- Fuel cell drives
- Bus-Rapid-Transit Systems
- Efficient ship and port logistics
- Efficient combustion engines
- Electric drives
- Low-emission municipal logistics concepts
- Infrastructure for electric mobility
- Intermodal logistics
- Combined street-rail-transport
- Non-Motorized-Transportation
- Municipal traffic concepts
- Traffic-Demand-Management
- Eco-friendly short-distance transit
- Batteries and energy saving systems
- Biogas plants
- Combined heat and power units
- CCS and charcoal
- Clean Coal
- Contracting models
- Geothermal energy
- Highly efficient power plants
- Low voltage smart grids
- Stand-alone photovoltaic systems
- Microgrid planning
- Solar collectors
- Stirling engines
- Algal biofuels
- Hot water tanks
- Wind turbines
- Failsafe information and communication networks
- Failsafe transportation infrastructure
- Finance
- Health
- Building construction
- Disaster reduction
- Climate-adapted forestry
- Climate-adapted agriculture and fishery
- Coastal and flood protection
- Meteorological metrology and climate simulation
- Resilient energy infrastructures
- Water management
- Fountain management (protection against flooding and contamination)
- Electronic monitoring of conduit systems to avoid leakages
- Graywater recycling
- Flood retention basins
- Regeneratively powered desalination plants
- Watershed planning
- Water recycling concepts and plants
- Water storage
- Water Harvesting Technologies
- Low water-tolerant thermal power plants
- Gale-tolerant high-voltage power lines
- Energy saving technologies
- Calculation of climate scenarios
- Forest fire management
- Weather surveillance radar systems and software
- Wind, air pressure and precipitation meters
- Dike building, flood protection construction, sluice and drainage technology building
- Planning of dikes, flood protection constructions, sluice and drainage technologies
- Soil cultivation concepts and consulting
- Drought- and salt-resistant plants
- Efficient irrigation systems
- Electronic control and monitoring
- Fodder production based on climate change induced change of raw materials
- Implementation of innovative cultivation or land management methods
- Climate-tolerant livestock
- Sustainable fishing industry/aquacultures
- Climate-tolerant forestry consulting (e.g. agroforestry systems)
- Public disaster prevention consulting
- Extremely storm-resistant buildings
- Spatial planning with regard to water spreading areas
- Land management reducing the reproduction of disease-carrying insects
- Food supply seizure (incl. sustainable refrigeration supply solutions)
- Provision for quick heat stress treatment
- Reinsurance against climate change risks
- Building of railway lines, streets and airports
- Extreme weather-tolerant harbor installations
- Planning of railway lines, streets and airports
- Decentralized energy buffers
- Datacenters with low cooling requirements
- Gale-tolerant mobile communication base stations
Institutional support for technology transfer
Creating appropriate environments for the introduction and use of climate-related technologies is key for climate mitigation and adaptation. Various German organizations and institutions are experienced in financing and implementing technology cooperation.
This section gives an orientation on who can provide assistance in the following fields: