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Energy Strategy for Inner Mongolia Autonomous Region Chapter j 18 361


               100
                                                                         390
                                     Annual: 1000 TWh:   83  117  195  265  320  359  390
                                       World Quads: 284         399         665         904       1091      1224       1330
                90                                U.S.Quads:
                80   WOOD                          NOTE: Renewables include: Waste,
                                                          Wind, Solar PV electric & thermal,
                70                                        Ocean current, Ocean thermal,
                             COAL
                                                          Geothermal, Atmos.Electrical
                60
                                                           RENEWABLES
              %
                50
                                            OIL
                40
                30
                                                          NATURAL GAS  FUSION
                20
                10                            HYDRO    NUCLEAR
                  1860  1880  1900  1920  1940  1960  1980  2000  2020  2040  2060  2080  2100
                                             YEAR
                     FIGURE 18.3  The projection of trend in energy sources for the future.

                l Expand joint ventures with companies in these industries and coordinate
                  them with education, training, and academic programs.
                l Provide funds for specialized training programs in IMAR (e.g., at IMAR
                  University of Technology) on advanced coal technologies and
                  renewable energy.
                l Establish research and development centers, especially in areas such as
                  hybrid technologies, that are not found in the other chapters in the book
                  on other nations.
                l Become a leader in GHG capture and storage technologies (sequestration),
                  including oxyfuel combustion, by initiating demonstration programs.
                l Support large-scale demonstration projects in the renewable and clean
                  energy generation areas.
                l Establish global business partnerships with commercial joint venture
                  programs.
                l Create long-term financing, funding, and contract mechanisms such as
                  preferential feed-in laws.
             l Establish IMAR as a “Strategic Energy Base” for demonstration sites in
                various locations. For example, in Europe today a number of countries
                have established “science parks” (see Clark, 2003a,b) with a focus on
                certain technologies or interrelated groups of technologies. More recently,
                Belgium is considering establishing an “energy base” for hydrogen in an
                industrial area that needs both a vision (similar to IMAR) for the future and
                technologies that create businesses with education, training, and jobs.

                Several nations and states in the Case Studies (particularly the United
             Kingdom, Germany, the United States, and especially California) historically
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