ARCHITECTURE AND TECHNOLOGY ALTERNATIVES ENERGIES

THEMATIC STRUCTURE

1. INTRODUCTION.

2. DESCRIPTION OF THE BOOK.

3. THE ENVIRONMENTAL INGREDIENT AND ENERGY CONSUMPTION IN THE WORLD.

   1. ENERGY CONSUMPTION BY SOURCE.

   2. ENERGY CONSUMPTION BY HUMAN ACTIVITIES.

   3. ENERGY CONSUMPTION PER CAPITA BY COUNTRY.

   4. WORLD POPULATION.

   5. FOSSIL FUELS

   6. GREENHOUSE GAS EMISSION.

   7. GREENHOUSE GAS CONCENTRATION AND GLOBAL TEMPERATURE.

   8. DESERTIZATION OF SOME ZONES OF THE EARTH.

   9. INCREASE IN SEA LEVELS.

   10. WORLDWIDE ENERGY POTENTIAL.

   11. RENEWABLE ENERGY POTENTIAL.

   12. SOLAR ENERGY.

   13. INTEGRATION OF ALTERNATIVE ENERGY OBTAINING SYSTEMS.

   14. PROGRESS IN THE PRODUCTION OF SOLAR ENERGY IN THE WORLD TODAY.

4. MEANS TO LOWER THE CONCENTRATION OF GASES THAT GENERATE GREENHOUSE EFFECT.

   1. TREE SOWING.

   2. PROTECTION OF THE SEA, CORAL REEFS AND ALGAE: THE CARBON CYCLE.

   3. REDUCTION OF THE USE OF FOSSIL FUELS.

   4. USE OF THE BICYCLE.

   5. DESALINATION OF SEA WATER.

   6. RECOVERY OF THE DESERTS TO TURN THEM INTO PLANT GROWTH AREAS.

   7. ENVIRONMENTAL EDUCATION.

   8. UNDERTAKE ROOM AND PRODUCTION PROJECTS ABOVE AND UNDER THE SURFACE OF THE SEA.

   9. PROPEND SO THAT THE HUMAN SPECIES BECOMES A MULTI PLANETARY SPECIES

5. SOLAR ENERGY.

   1. CONCEPT.

   2. THE TYPES OF SOLAR ENERGY IN WHICH THE ACTIVE SOLAR ENERGY IS DIVIDED.

   3. ADVANTAGES AND DISADVANTAGES OF SOLAR ENERGY.

   4. CALCULATION OF THE INFRASTRUCTURE FOR SOLAR ENERGY.

      1. PHOTOVOLTAIC SOLAR ENERGY.

      2. RADIANT SOLAR ENERGY.

6. DEVELOPMENT PLANNING.

   1. PUBLIC POLITICS.

   2. GENERAL PROPOSALS FOR PUBLIC AND REGULATORY POLICIES.

7. DESIGN AND IMPLEMENTATION OF A SELF-SUSTAINABLE MODEL, WHICH CAN BE BUILT IN URBAN AREAS AND IN RURAL AREAS OF ANY COUNTRY.

   1. ECOLOGICAL BUILDING MATERIALS OR WITH LOW GREENHOUSE GAS EMISSION.

   2. ENVIRONMENTALLY FRIENDLY CONSTRUCTION SYSTEMS.

8. BIOLOGICAL AND SELF-SUSTAINABLE SOLAR ARCHITECTURE.

   1. FOUNDATIONS.

   2. TAKE ACTION ON

   3. STRATEGIES.

   4. ASSOCIATED TECHNOLOGIES.

9. INFRASTRUCTURE

   1. WATER.

   2. THE PRODUCTION AND COOKING OF FOODS.

   3. TRANSPORT.

      1. THE PRIVATE ELECTRIC VEHICLE INTEGRATED TO THE URBAN SYSTEM.

      2. THE PUBLIC ELECTRIC VEHICLE INTEGRATED TO THE URBAN SYSTEM.

10. PROJECTS.

    1. LIST OF THE STRATEGIC CONCEPTS USED IN THE PROJECTS ASSOCIATED WITH THE BOOK.

    2. PROJECTS IN WHICH THE PRECEPTS OF BIOLOGICAL AND SELF-SUSTAINABLE SOLAR ARCHITECTURE WERE APPLIED.

11. ECONOMIC MODEL OF SELF-SUSTAINING PROJECTS.

    1. SUSTAINABLE CONSTRUCTION COSTS, RETURN ON INVESTMENT.

    2. ECONOMIC BENEFITS.

    3. OTHER POTENTIAL FINANCIAL BENEFITS.

    4. ENVIRONMENTAL BENEFITS.

12. EXAMPLE OF APPLICATION AND IMPLEMENTATION OF A SELF-SUSTAINABLE SOCIAL MODEL, WHICH CAN BE BUILT IN URBAN AREAS AND IN RURAL AREAS OF ANY COUNTRY.

    1. SINGLE-FAMILY PROJECT.

    2. MULTIFAMILY PROJECT.

    3. SEMILLA PROJECT - HOUSING IN LOS TREES.

13. HOW CAN WE ACHIEVE AN ECONOMIC MODEL THAT ALLOWS ADOPTING THESE PROPOSALS AS SOON AS POSSIBLE.

    1. GROSS DOMESTIC PRODUCT BY COUNTRY.

    2. EDUCATION.

    3. HUMAN DEVELOPMENT.

    4. SOCIAL PROGRESS.

    5. ENVIRONMENTAL COMMITMENT.

    6. HAPPINESS.

    7. CORRUPTION PERCEPTION INDEX.

    8. COUNTRIES WITH THE BEST INDICES IN THE AREAS ANALYZED.

    9. NORWAY'S ECONOMIC AND SOCIAL MODEL.

    10. COMPARISON OF NORWAY'S ECONOMIC AND SOCIAL MODEL WITH OUR COUNTRIES.

14. REFLECTIONS REGARDING OUR PRESENT.

    1. REFLECTIONS ON SOCIAL ASPECTS.

    2. REFLECTIONS ON POLITICAL ASPECTS.

    3. REFLECTIONS ON ECONOMIC ASPECTS.

    4. REFLECTIONS ON TECHNOLOGICAL ASPECTS.

    5. REFLECTIONS ON ENVIRONMENTAL ASPECTS.

15. OUR IMMEDIATE FUTURE.

16. FUTURISTIC AND ECOLOGICAL PROJECTS IN THE WORLD.

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