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In every one of the 1.4 million square feet [or 150,000 square

metres] of building projects that the enterprise is executing

today, BCIL has looked at implementation that pursues a four-

pronged strategy for bringing natural resource efficiency:

• Environmental compatibility

• Economic efficiency

• Endogeneity

• Equity.

These are addressed while focusing on two primary ideas:

1. How to improve transport energy within our campus areas

2. Building efficiencies in home energy use – this covers better

washing machines, refrigerators, air-conditioners and water

coolers; smarter lighting systems; efficient cooking systems

and water heating systems.

BCIL’s adherence to these values, as a profit-making company,

is non negotiable. BCIL is about the human spirit; our mission

statement is merely a hollow catchphrase. As an organization,

we have pushed the boundaries of economic possibility, always

knowing that we will not bend to curtail that spirit or the soul

of our company.

With this bedrock foundation, we have created an entirely

new business model in India, which offers us the opportunity

to grow exponentially as an organization. If the past five years

has shown a cumulative growth rate of a staggering 5,000 per

cent – from USD500,000 to USD25 million – the next three

years (financial years 2007-2010) will take us to a top line

revenue, on projects that are already committed to being

executed, to the region of USD150 million. The bulk of the

revenues today arise out of sustainable buildings, while our

businesses in areas of sustainable built environment – water

supply to the urban and rural poor; organic farm products that

enhance growth potential and improve soils; and afforestation

with corporate partnerships – are all well on the way to becom-

ing robust revenue models over the coming years.

While many analysts have successfully outlined contours of

such strategies for the building industry as a view from the sky,

little is available in the world from companies that have success-

fully created projects and management systems that recognize

these imperatives at the stages of design, architecture, and

further down into the various components of execution.

There is either a fixed mindset that refuses to comprehend

the compatibilities that lie between successful business models

and ecological compatibility, or there is an unwillingness to

invest in innovation and incubation that can show the way for

the future. The idea in itself is not new, of course. Inventors

like Thomas Alva Edison in the late nineteenth century regret-

ted their inability, or lack of time to work on technological

directions for such a future: “We’re like tenant farmers,” said

Edison, “chopping down the fence around our house for fuel

when we should be using nature’s inexhaustible sources of

energy – the sun, wind and tide.” With breathtaking foresight,

Edison added, “I’d put my money on solar energy. What a

source of power! I hope we don’t have to wait until coal and oil

run out before we tackle that. I wish I had more years left.”

Case study: T-Zed

The T-Zed campus is the first of its kind. Located at Airport

Whitefield Road, Bangalore, this five-acre site comprises 95

homes built on the principles of sustainable resources.

Every aspect of T-Zed has been designed to conserve natural

resources and to have minimal impact on the environment. In

these homes, built-in, customized environment-friendly (brine-

based), zero electricity fridge-freezers, fully controlled

air-conditioning based 100 per cent on fresh air, and built-in

energy-efficient lights are among the features that help to bring

down energy consumption in the home while preserving

comfort levels and ensuring market value.

At another project of ours, BCIL Collective, we have devised

air conditioning systems that keep homes dust-free and cool

0

50

100

150

200

250

300

350

Zed solar

water heating

Conventional

hot water geysers

CO2 emissions – MT

1.71

337.32

Water heating

Street lights

Source: BCIL

0

5

10

15

20

25

Zed LED/CFL

street lights

Halogen lamps

CO2 emissions – MT

1.66

20.81

Source: BCIL