3 Trashy Ideas For Building Greener Cities

I have few questions it’s not to discourage the  invention. If this invention is used worldwide then, we can cut down the dumping area size.......and it will bring the revolution in environmental friendly material worldwide.
Have they done the brick testing ,is it suitable for all extreme weather condition, the strength of the material so that it can be called as building material?
Plz, if u could post the brochure along with tests approved by building materials certifying laboratories..........
One more question what is its reaction when a brick is subjected to heat?????As Mr. Flock said in his comments, he is doing research on plastics .that the safety helmet are design with special engineering technique ,so the helmets are firated..........when we r taking the wastage plastic to recycle, are we going to use some special technology to make plastic stronger so that it should not melt in hot condition and it should not become brittle............
As we know that the plastic won't give the prior indication before crushing that is the reason it is still not considered as building material. Though we use layers of plastic fibers into glass to make the glass tougher.......
sorry, am asking too many questions when i read this topic the question rises plz.iam more interested to know the answer for all these question to update my knowledge......

It’s a good piece of information thanks sheetal, If we develop this industry in India in future the cities won't get flooded due to accumulation of plastic in drainage system. And more job for people.

CBRI, Roorki! Are you reading?

Why not make some pilot projects on the above ideas?And then publish your findings.

Atleast our poor country will get some return of the honest tax payers money.

Thanks.

SOLUTION PROVIDED IS ECOFRIENDLY AND MUST BE ADOPTED .IT WILL SAVE THE ENVIORMENT .NICE EFFORT.

thx sheetal - muliple benefits - useful.

Solution given by Ms. Sheetal & Mr. Chandrashekhar is useful for green cities/ environment.

http://www.harneedi.com/index.php/pharma-articles/2588-vertical-farming-the-future-of-farming


Vertical farming, could be the potential solution

The idea of vertical farming is similar to indoor farming, but differs in many other aspects. This indoor farming was not new in Indian as well as in International community. 2Indoor farming was employed to grow tomatoes, strawberries, peppers, cucumbers, herbs, spices, wide variety of herbs, and many other food crops. 

3The concept of vertical farming was developed by Dickson D. Despommier, president of Vertical Farm Technologies LLC, USA, along with the help of 94 graduate students of Columbia University. 

Vertical farming is a type of agricultural technique that make use of large-scale agricultural area of of urban "farm-scrapers". 4Using recycled resources and greenhouse methods such as hydroponics, these buildings would produce fruit, vegetables, edible mushrooms and algae year-round.

Advantages of Vertical farming

It elevates round the year crop production.
It eliminates agricultural runoff.
It remarkably reduces the use of fossil fuels (as observed in machines and transport of crops).
It makes proper use of abandoned or unused properties.
It prevents crop failures, as is observed due to unsuitable weather condition.
It offers maximum possibility of sustainability for urban centers.
It makes the conversion of black and gray water to drinking water possible by collecting the water of trans-evaporation.
It adds energy back to the grid via methane generation using inedible parts of crop plants.
It avails fresh urban employment opportunities.
It lowers the chance of acquiring infection from agents transmitted at the agricultural interface.
It returns the farmland to nature, thereby helping to restore ecosystem function and services.