In the last few decades in almost every part of the world urbanization has been

  excessively prevalent and in most cases uncontrollable. This immense rise in

  the urban population is accompanied by a consequent and proportionate rise

  in energy demand for private and public consumption in the cities. According

  to IEA more than %70 of the natural resource consumption, including energy,

  arise from cities. To cope with this circumstances there has been and is an urgent

  need for incorporation of energy efficiency considerations in urban planning.  

  According to United Nations Environment Program, some of the important

  aspects of energy-efficient urban infrastructures include:

1. •Maximizing the energy efficiency of building and infrastructure operations
   

2.   through the use of renewable resources.
   

3. •Decentralized co-generation and energy cascading techniques in a manner
   

4.   which optimizes integrated energy flows and minimizes potential global
   

5.   environmental impacts such as greenhouse gas emission
   

6. •linking producers and consumers of energy and materials throughout the
   

7.   community, city, and surrounding regions to facilitate resource exchanges
   

8.   and recycling networks.
   

  With all humility we are pleased to announce that all of these three aspects are

  met and surpassed in ReNewin fossil fuel energy recycling system, through:

1. •  Significant increase in energy efficiency by instantaneous recycling
   

2.     and renewal of consumed energy and on-the-spot reusing of recycled
   

3.     energy to increase the amount of work performed (for any given amount of
   

4.     consumed energy). 
   

5. •  Decentralized energy reproduction/recycling sites. It would be a grueling
   

6.     task if not impossible, to say the least, to assign a figure to the potential
   

7.     quantity of ReNewin energy recycling sites, as it can be wherever and whenever
   

8.     fossil fuel energy is consumed.
   

9. •  Linking the producers and consumer of energy and materials throughout
   

10.     communities. In fact the consumer will be the major party involved in the
    

11.     reproduction/recycling process.
    

12. •  Urbanization of energy renewing sites, since the energy will be recycled and
    

13.     renewed in the urban centres where it is consumed.
    

14. •  Making traditionally pollutant fossil fuel more environmental friendly. Since
    

15.     the negative environmental impact of the recycled energy through our energy
    

16.     recycling method is negligible, pollution rate through this method is reduced 
    

17.     nearly by %50 (for any given amount of consumed energy).
    

  As it was previously stated, regardless of their form, one common characteristic of renewable energy projects is that due

  to the amount of space they require to operate, these projects are appropriate for rural areas, where there is a lower energy

  consumption rate. Transportation of renewable energy from its rural generation site to high demand urban areas, is

  highly inefficient and in some cases impossible. In simple words, no matter how much wind we get up in the mountains to

  produce wind-turbine electricity or regardless of how much sunlight we get in the Saharan desert to produce solar panel

  electricity, transporting the produced energy to its consumption sites in the cities will be substantially expensive and energy

  loss in the transmission process will be sizable. Therefore, if production of renewables occur in the high demand urban areas,

  cost of supply will be minimized and energy loss in transmission process will be averted, and also the need for extensive

  power lines will be eliminated.  

  Here at Team ReNewin we have achieved just these by instantaneous recycling and renewal of fossil fuel energy

  at the urban consumption sites.

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