Eco-Friendly Building Materials and
Construction Technique in India.
Abstract:
Eco-Friendly
is that the act of living with intent. The intent is concentrated on not
creating harm to the environment through interactions. There are various
technologies and materials developed by various research organizations,
innovators and makers in India that are beneficial within the housing
construction. The eco-friendly building materials represents a response from
the building sector intended to scale back the environmental cost of creating
and using buildings. within the housing industry, the selection of sustainable
structural materials during the planning phase results in the move towards more
sustainable construction. Therefore, there's a requirement to pick more
eco-friendly building materials to be utilized in construction. The paper
reviews a number of the important fundamentals on which green engineering is
predicated and shows how the benefits offered by green materials are often
harnessed for societal, economic and technological benefits.
Aim: To
review the eco-friendly building materials and construction techniques used
presently in India.
Objective:
• To study
the minimal impact on the local infrastructure.
• To
analyze new methods of labor and manufacture that are less harmful to the
environment.
• To study
great longevity and price-effective construction.
•
Comparative study between conventional and eco-friendly building materials
using sustainability measures.
Methodology:
The distribution of urban growth in the world has large implications for
resource demand, environmental degradation, technological development, and
global trade building materials. In terms of reducing global environmental the impact of building materials production and use, one of the foremost
important factors to transfer low pollution and energy-efficient production
technology and resource management programs to developing countries like India.
The eco-friendly artifact is people who provide appropriate service and the lifetime with minimum maintenance while minimizing the extraction of raw
materials, the pollution from, and energy consumed by manufacturing and use,
which have the utmost potential for reuse or resource recovery
·
Properties of eco-friendly building materials and techniques
are shown in fig. 1
Figure 1 Properties of eco-friendly
building
materials and techniques
Material /
Product selection criteria:
• Resource
Efficiency: It includes properties like recycled content, natural/renewable,
resource-efficient manufacturing process, locally available,
refurbished/remanufactured, reusable/recyclable and durability.
• Indoor Air Quality:
IAQ is enhanced by utilizing materials of the following properties: low or
non-toxic, minimal chemical emission, moisture resistant and healthfully
maintained.
• Energy Efficiency: This mainly refers to the energy used for making the
concrete. Those materials are preferred that need a minimal amount of energy at
the time of construction of the concrete.
• Water Conservation: Materials that help us and conserve water in
landscaped areas are preferred to be used or even help reduce water consumption
in building materials.
• Affordability: Affordability can be considered when building a product
life-cycle costs are comparable to conventional materials or as a whole, are
within a project-defined percentage of the overall budget.
List of
Some Eco-friendly Indian Building Materials Technologies:
Bricks / Blocks -
Stabilized compressed earth
blocks Fly ash Lime Gypsum bricks
Clay Fly ash burnt bricks
Marble slurry bricks
•Boards & Panels Coir
Cement board
Ferro cement wall panel
Precast concrete L-panels Fiber Reinforced wall panels
•Roofing sheets -
Pre-cast walling roofing
Bamboo mat corrugated sheets Ferro cement roofing channels
•Others -Rat trap bond Pre-cast
concrete do r/window frames Fly ash/Red mud do r & panel product Glass
Reinforce Plastic door frames Fly ash Cellular concrete
Comparative study:
A prototype of two-story was
constructed using eco- friendly building materials A sustainable decision the support system was used to compare between structural building materials of the
to structural systems. The results showed that the eco-friendly system had a
better sustainability rank (67%) than the conventional system
(56%) and the Eco-friendly system was better than the
conventional system during the three phases of total life cycle assessment by
11%, 0.5%, and 9%, respectively.
Figure 2
Figure 3
Figure4
Conclusion:
• The
study shows that with the use of eco-friendly building material rather than
convectional building material and techniques sustainability can be attained
which is less harmful to the surrounding environment.
• A
large variety of green building material is available within the subcontinent
of India which can be replaced from convectional building material at different
stages of construction of the building.
References:
[1] CBRI,
Rookie, www.cbri.org
[4] Environment
Friendly Materials & Technologies Brochure, BMTPC, New Delhi
[5] SHEE,
Environment-Friendly Indian Building Material Technology for Cost-Effective Housing
[6] ARPN
Journal of Engineering and Applied Science Fig. 1: Figure
Er.SP.ASWINPALANIAPPAN.,M.E.,(Strut/.,)
Structural Engineer
Madras Terrace Architectural Works
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