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Dissertation Eco Skyscraper Draft Report Environmental Sciences Essay

With the industrial revolution, the promotion in engineering and substructure creates concentrated economic centres, metropoliss of nowadays, which attract big figure of people from rural countries for support and better occupation chances, which lacks in ignored rural countries. This migration of rural population causes exponential addition in population of the metropoliss which creates force per unit area on land, substructure and transit and at the same clip taking contrivers to suit big figure of households in limited infinite within the extent of metropoliss i.e. nearby the workplace, creates the necessity for high rise to suit more people in little country. Besides the high rise from clip commemoration was the mark of glamor and prestigiousness from pyramid, temples in south India, Qutub minar, to Burj Dubai and today become life manner statement for concern barons. So tendency to travel higher non merely go lifestyle but besides cope up with the shouting demand of the hr where infinite demand is far more than the supply of infinite.

Issues with high riseaˆ¦

At the same clip tall edifices are considered as most unsustainable typologies and are responsible more than half of green house gases emanations like CO2, which gives rise to planetary warming taking to fast alteration in clime globally. It is due to the fact that these edifices from site choice to the emptying after destruction lead to immense sum of waste in all three signifiers of affair, like among the concrete devising stuffs, cement is the major manufacturer of CO2, as modern cement contains about 84 % of Portland cement cinder and fabrication of per ton of cinder leads to emanation of 0.9 ton of CO2, approximately 22 % of overall emanation and these edifices are responsible for 40 % of energy ingestion.

So, in general:

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Most of the edifices are build on cultivable land which lead to immense harm to ecology of the country.

These edifices are built with stuffs which have big ecological footmark, bring forthing tonss of pollution in fabrication and transit, besides after application of some cause expulsion of some harmful gases which are non good for wellness and their transit cause tonss of pollution.

During building besides these edifices cause injury to workers and biosphere due to dust and other factors.

Consume immense sum of H2O in building.

Require immense sum of energy in building, warming, chilling, illuming, perpendicular transit, etc.

Burden on transit.

Leading immense sum of pollution.

So, these edifices does non conjure image of sustainable design typology.

Change in conceptionaˆ¦

New coevals of high rise edifices which are built with the construct of sustainability in the head and trades with the jobs of energy efficiency, H2O direction, waste decrease and direction, usage of renewable and reclaimable stuffs, etc.

So, sustainable design came up as a solution of fulfilling the demands of present coevals without compromising the demands of future coevals, by-

Use of renewable resources

Alternate schemes for energy production and preservation

Environmental friendly design utilizing inactive engineerings

Intelligent edifice engineering

Solid and H2O waste direction, its intervention and reuse

Efficient edifice system planning

Energy efficient conveyance system, etc.

All this is kept in head right from the choice of site.

Other than the above standard, tower blocks are coming up with multifunction incorporated in them like

Residences,

Workplaces,

Community infinites,

Health attention,

Commercial zone

Eco farms, etc.

Which leads to decrease in transit and haste on streets, doing streets free for walking and cycling and leads to more comfy manner of life.

These edifices are termed as green skyscraper or eco-skyscraper.

Research inquiry

Up to what extent eco-skyscraper satisfy the sustainability standard in context of Delhi?

NEED IDENTIFICATION

Due to pressing demand of sustainable development caused due to imbalanced growing and motion of adult male and stuff all around the universe caused by the industrial revolution which led to rapid debasement of environmental, societal, cultural and biological diverseness.

Due to necessitate of high rise to suit big population in little country near by the economic zones.

To halt debasement of environment and human being, the combination of both i.e. sustainable skyscraper is apparent.

Aim

To analyze the construct of sustainability.

To happen out parametric quantities of sustainability in urban sector ( particularly, in Delhi ) .

To understand eco-skyscraper.

To measure eco-skyscraper against the parametric quantities of sustainability.

Scope

As sustainability is a really huge topic, My survey will be restricted merely up to urban centres ( fundamentally Delhi ) and sustainability of eco-

Skyscraper in Delhi.

Restriction

There are few edifice with some facets of energy efficiency, H2O direction, waste direction, etc. but eco-skyscraper as such are yet to come up in Delhi, so my survey will fundamentally be based on secondary beginnings.

Methodology

The methods of this survey can be loosely classified under the caputs of:

Specifying sustainability in urban context ( Delhi ) and eco-skyscraper.

Indicating parametric quantities of sustainability in urban context and look intoing those

for eco-skyscraper.

Deducing the decision.

Mentions

Site visit ( instance survey )

Discussions

1.7 Mentions

Narayanan Yamini, ( 2008 ) , A metropolis like Delhi-Sustainability and Spirituality, Murdoch university

hypertext transfer protocol: //nbmcw.com/articles/green-construction.html

Chapter 2

2.1 Understanding sustainabilityaˆ¦aˆ¦aˆ¦aˆ¦aˆ¦aˆ¦ .

There are many different definitions of sustainability. The simplest is that to prolong is to provide with nutriment i.e. agencies of support, care, or subsistence. Merriam-Webster ( 1988 )

If sustainability were to be given a form, it would be the form of a circle. Any facet of life that can maintain traveling in a circle without interfering with objects outside this circle can be termed as sustainable.

Yusuf Turab ( 2012 )

Harmonizing to Brundtland study, sustainability is defined as.. development that meets the demands of the present without compromising the ability of future coevalss to run into their ain demands.

WCED ( 2012 )

Sustainability is most important issue which mankind demands to turn to

today, due to the fact that the human race is turning more faster the

planet Earth can prolong. The imbalanced industrial development and

formation of consumerist society where people started devouring far

more than required which led to the immense development of natural

resources and in bend causes tonss of environmental alterations due to over

development and the emanation of big sum of green house gases and

to prolong in for hereafter this non merely needs to be stopped but needs to

be reversed.

As along with the ingestion of industrial merchandises metropoliss besides produce

big sum of waste fouling land, air and H2O, so metropoliss are the

major cause of the unsustainability. Sustainability of metropoliss is really

of import portion in way of prolonging for future. Congestion of homo

population, societal and economic inequality, air pollution, and handiness of

green, unfastened infinites is a immense job metropoliss are confronting in present

scenario of unmanaged development. Strong, healthy, liveable metropoliss

depends on a healthy environment, a robust economic system and ample

employment chances for its citizens.

So, sustainability fundamentally includes the combination of the three –

Environmental sustainability

Social sustainability

Economic sustainability ( fig.1 )

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( fig.1 ) three-base hit bottom line of sustainability: economic, societal and environmental

2.1.1 Environmental sustainabilityaˆ¦aˆ¦

Environmental sustainability is fundamentally to maintain integral the ability of

environment to back up all the ways of life nowadays on Earth. Environment

is the most critical component for the being of all life signifiers, it consists

of all necessary elements for development. Environmental debasement

is chief menace to being of all life signifiers. It is of import for economic,

and societal development of human existences.

Environmental sustainability is fundamentally to:

Enhance and protect biodiversity and ecosystems

Sustainability of environment is fundamentally depends on the biodiversity of it

as all the life signifiers are in one or other ways depend on each other.

And at present it is most important to keep biodiversity, as the over

development of nature by adult male cause a sudden harm environment and

disturbed its peace alarmingly taking to the extinction of many species

of vegetations and zoologies.

Improve air and H2O quality

Air and H2O are the two of import elements for being of life on

Earth. The debut of assorted harmful gases like N oxides,

S oxides, volatile organic compounds, air borne particulate affair,

CFC and most of import C dioxide pollute air to a

really high degree taking to hazard of photochemical smog, acerb rain, depletion

of ozone bed, thaw of glaciers, and the dumping of solid and liquid

waste into H2O organic structures and over development of fresh H2O into the

H2O make shortage of imbibing H2O all over the universe.

Reduce waste watercourses

Decrease and reuse of waste and halting usage of toxic stuffs is

besides of import to halt debasement of environment as it is the chief

cause air and H2O pollution.

Conserve and reconstruct natural resources

Wise and prudent of natural resources like land, woods, rivers, is

of import for nutriment of assorted signifiers of life on Earth.

So, to run into the demand of present without compromising the demand for

future coevalss, which is basic of sustainability, the preservation of

natural resources, air, and H2O are critical.

2.1.2 Economic sustainabilityaˆ¦aˆ¦ .

Economic sustainability is related to the human development, human well

being, societal equity, with minimising the ecological hazard, ecological

scarcenesss, , and minimise depletion of natural capital. Green economic system

generates increment in wealth, addition in ecological or natural capital and

additions GDP growing. It decreases poorness, conserve ecology and

benefits the hapless.

Reduce operating costs

Reducing runing cost includes the usage of renewable and reclaimable

stuff and energy, which decrease the usage of non renewable energy

taking to diminish in cost of production of energy, as renewable

energy is cost free.

Create, expand, and form markets for green merchandise and services

It leads greener ways of life which in bend leads to immense economic

benefits without harming the environment. It includes the usage of green

merchandises and do economic system to turn within the bounds of environment it

includes the usage of renewable energy beginnings by doing better usage of

engineering, renewable and reclaimable stuffs, etc.

Improve resident productiveness

The usage of inactive methods of lighting, chilling and heating creates a

flow of positive energy in the environment and pleasant comfort

conditions bettering occupant productiveness.

Optimize life-cycle economic public presentation

Use of natural method and natural energy like Sun visible radiation, air current power, etc

which are of zero cost, reduces the life rhythm investing in care

and operation.

2.1.3 Social sustainabilityaˆ¦aˆ¦

Social sustainability includes local ego trust of community or metropolis in

carry throughing all its basic demands, equity without any favoritism on caste,

faith or wealth, wellness of community, range of everyone to basic

demand of life and to engineering, engagement of every homo being

in public assistance of community. It includes the saving of cultural and

biological heritage, promotes instruction, creativeness, shelter, human

good being, etc

Enhance occupant comfort and wellness

Supplying better comfortss, good air quality, better clime, community

infinites, wellness attention, recreational countries, creates to better physical, mental

and societal environment which leads to healthy and comfortable society.

Heighten aesthetic qualities

Increasing the ocular experience by holding more green and natural

environing which supplications and supply composure to mind and organic structure.

Minimize strain on local substructure

Concentrating the basic demands of life in a close propinquity and

diminishing the motion of people over a big country reduces strain on

substructure every bit good as adult male and environment.

Improve overall quality of life

Having entree to basic services, substructure and comfortss with healthy environment holding easing societal, communal life.http: //upload.wikimedia.org/wikipedia/commons/thumb/1/15/Nested_sustainability-v2.gif/243px-Nested_sustainability-v2.gif ( fig.2 ) AA diagramA bespeaking the relationship between the three pillars of sustainability proposing

that both economic system and society are constrained by environmental bounds

Sustainability is really of import in today ‘s universe of continuously altering clime and debasement of biodiversity, for prolonging life on Earth. So, sustainability demands to integrate in every person as a civilization to salvage the Earth and its biodiversity which is the cause of all life signifiers on Earth.

2.2 Sustainability in Indiaaˆ¦aˆ¦aˆ¦aˆ¦aˆ¦aˆ¦ .

The cognition of sustainability has been profound in the Indian civilization. Based on complex experiences of clime, our Vedic doctrine evolved certain methods to maximize the usage of Panch Mahabhuta or the 5 basic elements of nature, i.e. , Jal ( H2O ) , Agni ( fire ) , Prithvi ( Earth ) , Vayu ( air current ) , Aakash ( infinite ) .

Our antediluvian builders tried to harmonies these five elements in edifice planning and building so that maximal advantage of these elements can be taken and sick effects can be avoided. They called this scientific discipline as Vastushastra. The basic principals of Vastushastra is to acquire maximal advantage out of nature without harming nature.

And today sustainable architecture is a major issue in visible radiation of the

environmental debasement that the universe faces today. This issue is of

peculiar relevancy for developing states including India that are in

the procedure of industrialising but are yet to face the full impact of

the high costs of this development in footings of environmental

debasement. Though sustainable development has become a proverb

in modern India and every other edifice claims to be green, but the

job is more profoundly rooted.

Sustainable architecture in India is polarized Into two attacks – the

Technology intensive ‘green ‘ architecture and low cost ‘alternative ‘

architecture. the former is based on the solutions that have been

developed to better the energy efficiency of a edifice that need

high initial investing and are based on engineering. The latter

includes the low cost engineerings like clay architecture which do non suit

in with the aspirations of the upwardly nomadic urban population. What

the current attack to sustainable architecture and architecture as a

whole is that it does n’t take into history the quickly altering

life style forms, societal equations and technological promotions. A

edifice built today becomes disused in footings of its functionality in a

span of 10 to 15 old ages due to the aspiration of copying the flush

western life manner or due to some other grounds, which every clip

demands for something more glamourous and to wastage of resources and

money.

So, the demand is to Design for future with sustainability as a

rule standard. And reuse and recycle of edifices and their

stuffs acknowledges that ecological, societal and economic impacts be

Understood throughout the lifetime of edifice from site choice, design

And building to operation and destruction.

Tonss of policies were made and work is done on sustainability, but due

to deficiency of financess and many political grounds the advancement is non

satisfactory.

Equally far as India is concerned low cost passive engineering based solutions would be the best due to immense population which still has big hapless population which can non afford expensive engineering based solution. Besides these engineering based solutions have big embodied energy to bring forth and put in system and are non appropriate to fulfill immense population India.

Chapter 3

3.1 URBAN SUSTAINABILITY

Sustainability in present scenario is high on political docket due to big

climatic alterations taking to worse environmental conditions for life and

besides the societal depletion of worlds due to big figure of issues. As

worlds are societal animals they require urban infinites to further societal

connexions and so affected towards heavy urban life which leads

to societal interaction and prosperity.

Contrary to common belief urban systems are considered more

sustainable as they provides for people and resource located closely

which leads to preservation of energy and resources such as mass

theodolite systems and nutrient transit. So, metropoliss are responsible for

profiting the economic system by concentrating human capital in a little

geographical country, where thoughts can be generated.

So the basic point is to make the smallest possibleA ecological footmark,

And to minimise the measure of pollution A possible, to expeditiously utilize

land ; compost used stuffs, recycle it or change over A waste-to-energy,

and therefore the metropolis ‘s overall part toA clime changeA will be minimum,

if such patterns are adhered to.

( Wikipedia, sustainable metropoliss )

So, the typology of metropolis and sustainability forms a of import relation.

Typologies of Urban Form

For sustainability facet of metropolis one needs to cognize the different signifiers of metropoliss.

Among many seven different urban signifiers of typologies are:

1. Dispersed metropolis

2. Compact metropolis

3. Corridor/linear/radial metropolis

4. Multi-nuclear/polycentric city/edge metropolis

5. Fringe metropolis

6. Edge metropolis

7. Satellite metropolis

The spread metropolis and the compact metropolis are the two extreme poles, whilst the

other categorizations can all be found in between.

Dispersed metropolis

The spread metropoliss are the one which have low denseness along with

Separate economic, residential and industrial zones. These metropoliss mostly are

dependant on autos for transit due to really big distances between

different zones and they have really weak public transit system if

present, as public conveyance require concentrated nodes of people and work,

which are non found in spread metropoliss. These metropoliss are economically

independent as they have sufficient occupation chances within

themselves.

Compact metropolis

The compact metropoliss are the one holding really high denseness with assorted land

usage in the contained sum of land. These metropoliss have really good

established public conveyance system due to concentrated occupations and people

along with the installations for walking and cycling as the work topographic points are

really near and less traffic. These type of metropoliss have really less autos due to

deficiency of parking infinites, congested roads, close work topographic points, etc. These

metropoliss are besides economically independent.

Corridor/linear/radial metropolis

These metropoliss comes in between the above two typologies. They have autos

Equally good as really good developed public conveyance system. These metropoliss have

additive axes emerges from the metropolis centres and commercial countries are on

these axes and residential behind these commercial strips.

So, of the three the Compact metropolis is the most sustainable typology. And

eco-skyscrapers are like little compact metropolis.

NMSH, parametric quantities ( 2012 )

3.2 SUSTAINABLE CITIES

The sustainability of metropoliss is a close interconnectedness of the environmental,

societal, economic and safeguard protection of natural resources, which in

bend leads to minimum acceptable quality of life. Congestion of homo

population, air pollution, and handiness of green, unfastened infinites is a immense

job metropoliss are confronting in present scenario of unmanaged development.

Strong, healthy, liveable metropoliss depends on a healthy environment, a robust

economic system and ample employment chances for its citizens.

Katju ( 2012 )

Parameters for sustainable metropoliss:

Ecological metropoliss are achieved through assorted agencies,

such as-

Production of nutrient within the metropoliss

DifferentA agricultural systems A such as agricultural secret plans within the metropolis

( suburbsA orA Centre ) . This reduces the distance nutrient has to go

fromA field to fork. Practical work out of this may be done by either

little scale/private farming secret plans or through larger graduated table agribusiness

( e.g.A farm scrapers ) .

Renewable energy A beginnings, such as air current turbines, A solar panels,

orA bio-gas created fromA sewerage. Cities provideA economic systems of graduated table

that make such energy beginnings feasible.

Reducing active chilling and warming and cut downing heat island

Assorted methods to cut down the demand for A air conditioning A ( a massive

energy demand ) , such as seting trees and buoy uping surface

colorss, A natural airing systems, an addition in H2O characteristics,

and green infinites bing at least 20 % of the metropolis ‘s surface. These

steps counter the “ heat island consequence ” caused by an copiousness

of tarmac and asphalt, which can do urban countries several grades

warmer than environing rural areas-as much as six grades Celsius

during the eventide.

ImprovedA public conveyance A and an addition in pedestrianization to

cut down auto emanations. This requires a radically different attack

to metropolis planning, with incorporate concern, industrial, and residential

zones. Roadss may be designed to do driving hard.

Optimum edifice denseness to do public conveyance viable but

avoid the creative activity of A urban heat islands.

At present people travel to each others place for occupation, so solutions is required to diminish A urban conurbation, by seeking new ways of leting people to populate closer to the workspace.

Green roofs

Zero-emission conveyance

Zero-energy edifice

Sustainable urban drainage systems A or SUDS

energy and H2O preservation systems/devices

cut downing waste

XeriscapingA – garden and landscape design for H2O preservation

Cardinal Performance Indicators A – development and operational

direction tool supplying counsel and M & A ; V for metropolis decision makers.

( Wikipedia sustainable metropoliss )

A

A sustainable metropolis can be defined as one which is able to supply

for the basic demands of the people along with the necessary substructure

of civic comfortss, wellness and medical attention, lodging, instruction,

transit, employment, good administration, etc. It should take attention of

the demands of all subdivisions of the society without any favoritism.

Katju ( 2012 )

3.3 DELHI: URBAN FABRIC AND SUSTAINABILITY PARAMETERS

Among the described urban typologies Delhi comes under radial

dispersed metropolis signifier, it consists of both autos and public conveyance and due

to spread nature of metropolis it creates batch of emphasis on conveyance and on

people to go really far to workplaces and consumed immense land country

for lodging and roads making a immense heat island and still every twelvemonth

about 4 lacs people comes to Delhi due to migration in hunt of

occupations, which puts an tremendous strain on lodging, employment,

H2O, wellness attention, and electricity, seting a inquiry grade on

sustainability. Housing settlements were built out of big “ green countries ” ,

taking to environmental debasement. So, demand for sustainable

development with concentrated people and occupations and community maps

are required.

.

Fig.3 Delhi land usage form demoing big heat island and urban conurbation with big figure of vehicles.

And about all the parametric quantities of sustainable metropoliss are in deficiency in Delhi.

Production of nutrient within the metropoliss

Renewable energy A beginnings

Reducing active chilling and warming and cut downing heat island

ImprovedA public conveyance A and an addition in pedestrianization

Optimum edifice denseness

to populate closer to the workspace.

Green roofs

Zero-emission conveyance

Zero-energy edifice

Sustainable urban drainage systems A or SUDS

energy and H2O preservation systems/devices

cut downing waste

Xeriscaping

development and operational direction

3.4 Mentions

Ellen Van Bueren ( 2012 ) , Sustainable Urban Environment, Springer

Wikipedia, ( 2012 ) , Sustainable metropolis ( hypertext transfer protocol: //en.wikipedia.org/wiki/Sustainable_city )

( hypertext transfer protocol: //www.devalt.org/newsletter/jul00/lead.htm )

Chapter 4

4.1 ECO-SKYSCRAPER

Eco-skyscraperaˆ¦aˆ¦aˆ¦aˆ¦aˆ¦aˆ¦ .

Eco-skyscraper are the green skyscrapers which are coming up

as a sustainable design typology provided with less energy and some

green goodss electricity of their ain at the same clip produces less

waste. These are provided with perpendicular green recreational countries and

now are coming up with multifunction within it holding farm, offices,

abode, etc.

so, eco-skyscraper are like a little compact metropolis in itself.

Outstanding characteristics of green edifices.

No demand of air-conditioning

Using less H2O and energy

Re-using H2O

Generating ain energy from renewable energy beginnings

Use of locally available and environment- friendly edifice stuffs

Use of inactive edifice techniques

Improved indoor air quality

Reduced usage of stuffs incorporating VOCs

Decrease in waste and re-use of waste

Preservation of ecology

Schemes for waste and energy decrease at pre-construction, building, usage and post-use phases of the edifice.

Green edifice brings together a huge array of patterns and techniques to

cut down and finally extinguish the impacts of new edifices on the

environment and human wellness. It frequently emphasizes taking advantage of

renewable resources, e.g. , utilizing sunlight through inactive solar, active

solar, and photovoltaic techniques and utilizing workss and trees through

green roofsrain gardens, and for decrease of rainwater run-off. Many other

techniques, such as utilizing jammed crushed rock or permeable concrete alternatively of

conventional concrete or asphalt to heighten refilling of land H2O,

are used as good.

While the patterns, or engineerings, employed in green edifice are invariably

germinating and may differ from part to part, there are cardinal rules

that persist from which the method is derived: Siting and Structure Design

Efficiency, Energy Efficiency, Water Efficiency, Materials Efficiency,

Indoor Environmental Quality Enhancement, Operations and Maintenance

Optimization, and Waste and Toxics Reduction. The kernel of green

edifice is an optimisation of one or more of these rules. Besides, with the

proper interactive design, single green constructing engineerings may work

together to bring forth a greater cumulative consequence.

On the aesthetic side of green architecture or sustainable design is the

doctrine of planing a edifice that is in harmoniousness with the natural characteristics

and resources environing the site. There are several cardinal stairss in planing

sustainable edifices: stipulate ‘green ‘ constructing stuffs from local beginnings,

cut down tonss, optimize systems, and bring forth on-site renewable energy.

( Wikipedia-green edifice )

Along with the above mentioned qualities of green edifices eco-skyscraper besides consists of

Farms

Offices

Residences

Recreational infinites

Community infinites, etc.

So, the standard of sustainable metropoliss which are satisfied by are:

Production of nutrient within the metropoliss

Eco-skyscrapers have farms which can bring forth nutrient by utilizing

aquicultures and aeroponics. The self sufficiency can be controlled

by suiting figure of people which it can prolong. But no

such farms are came up yet and the thought is at conceptual degree

merely.

Renewable energy A beginnings

utilizing sunlight through inactive solar, active solar, and photovoltaic

techniques, skyscraper can bring forth energy. There are few

skyscrapers which are termed negative energy edifice as they are

ego sufficient in footings of energy and besides supplies it to metropolis ( e.g.

Dutch central office of theA World Wildlife FundA ( WWF ) inA Zeist ) A .

Reducing active chilling and warming and cut downing heat island

Passive methods of chilling and warming are incorporated in edifice

and usage of verdure and decrease of surface country reduces heat

islands.

ImprovedA public conveyance A and an addition in pedestrianization

Concentration of occupation and people and other services at same topographic point

reduces the usage of personal vehicle and public conveyance and

pedestrianization additions.

Optimum edifice denseness

to populate closer to the workspace.

Workspaces are within skyscrapers.

Green roofs

Zero-emission conveyance

Zero-energy edifice

Sustainable urban drainage systems A or SUDS

energy and H2O preservation systems/devices

cut downing waste

Xeriscaping

development and operational direction

All the above mentioned standard are satisfied by eco-skyscraper, but boulder clay

today none of the edifice have wholly satisfy all the parametric quantities but

many are there which have most of these standard except one or two

left.

CASE STUDIES

Gyrating Self-sufficient Eco Skyscraper Provides Water, Food, and

Energy for Noida, India ( proposed by vikas pawar )

Choice standard: This eco-skyscraper proposed by Vikas Pawar

holding ego sufficiency is provided with farms, air current power coevals

and H2O direction along with abode. The undertaking is self

sufficient in footings of nutrient, H2O, and energy demands along with

no waste produced. It is besides good connected to public transit.

Undertaking is developed with an thought of holding land for low-cost hosing,

leafy vegetables and other necessary maps and supplying other maps in

the sky-scraper.

Menara mesiniaga ( by ken yeang )

Choice standard:

4.1.1 ECO-SKYSCRAPER IN DELHI ( NCR )

At present Delhi part has really few green edifices like Green

Boulevard in Noida developed by kotak real property fund and 3C group is rated

Pt by LEED and are among 10 Pt rated edifices in the

universe,

CASE STUDIES

Ex- GREEN BOULEVARD-

4.2 Mentions

Construction universe ( feb 2010 )

Chapter 5

5.1 ECO-SKYSCRAPER AND SUSTAINABILITY ( ANALYSIS )

5.2 Mentions

Wikipedia, ( 2012 ) , Sustainable metropolis ( hypertext transfer protocol: //en.wikipedia.org/wiki/Sustainable_city )

Chapter 6

6.1 CONCLUSION ( probationary )

Eco- skyscraper can be come up as a solution for sustainable hereafter if

provided with multifunction which will wish compact metropolis in itself, provided

with community infinites, leafy vegetables, abode, workspaces, along with route

substructure to ease immense concentrated population along with entree

to public conveyance. Besides these can hold farms, 100 % energy efficiency,

built up of renewable or reclaimable edifice stuffs and waste

direction which can do them self sufficient with neither taking

anything nor giving anything outside their premises i.e. following basic

standard of sustainability of traveling in a circle.

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