Implementation period Participants Other consequences Impact assessment Interactions. These should serve both application-oriented R&amp;D and testing on an industrial scale and broad market launch of mature technologies and also focus on their economic efficiency. In particular, the funding program aims to reduce GHG emissions as far as possible in the production of high-emission goods, optimize process chains, convert processes to the use of renewable energy sources and raw materials, and substitute high-emission ones Promote goods and technologies for the conversion of hydrogen and technologies for the use of CO2. The funding program should have a minimum term of ten years and start in 2020. Lead management: BMU, involved: BMWi, BMBF Managing authorities, companies The resulting product innovations can also promote the decarbonization of other sectors (e.g. energy, buildings). Is available A coordinated approach to support the reduction of industrial process emissions is necessary. Coordination with measures of the BMBF (cf. 3.4.3.5), the BMWi (energy research) and this measure should take place according to BMWi planning in an innovation pact &quot;Climate protection in industry&quot;. Here, if necessary, gaps or possible further measures and instruments should also be considered be identified with regard to a long-term climate protection strategy for industry. Carbon Capture and Storage (CCS): The vast majority of studies and scenarios have now confirmed that CCS technology is indispensable for achieving extensive greenhouse gas neutrality by 2050, because in the medium term it is a comparatively inexpensive way of reducing process-related emissions in the basic industry that cannot otherwise be avoided. A large number of reduction strategies to achieve the global temperature targets of the Paris Agreement also rely on so-called &quot;negative emissions&quot;; the elements of the entire CCS process chain would also have to be available for this. A broad consortium consisting of scientists, company representatives and representatives of NGOS recently prompt further development of CCS - flanked by a discourse with social actors - is required so that the technology is available for these industries from 2030 (Acatech, September 2018); the deep subsoil below the North Sea has extensive CO2 storage capacities. The program aims from the adaptation and scaling of CO2 capture methods to industrial plants,