The document discusses sustainability initiatives at Jain University in India. It outlines several goals the university has to protect the planet and support present and future generations, including: operating a green campus; conducting outreach programs on water, sanitation, and waste; establishing facilities for biofuel research and solar energy; and organizing tree planting events. The university aims to build sustainable infrastructure, promote innovation, and take action on climate change through these various programs and research centers.

1. Sustainability and Innovation:
A Platform for Prosperity
Mike F. Keen, Ph.D., LEED AP
IU South Bend Center for a Sustainable Future
Venkadeshwaran K
Professor
Department of Mechanical Engineering
FET, JAIN (deemed to be University)

2. Arctic sea ice drops to its
lowest level since
modern recording began
Scientists call event “tipping point" in
global warming.
-National Sea Ice and Data Center (09/16/12)
The Greatest Challenge
Is Also Our Greatest Opportunity!!!
PressTV 2010

3. The Greatest Challenge
Is Also Our Greatest Opportunity!!!

4. What is Sustainability?
Meeting the needs of
the present without
compromising the
ability of future
generations to meet
their own needs
-United Nations World Commission of
Development and Environment

5. What is Sustainability?
Sustainability brings three elements into
harmony:

6. + +
People Prosperity Planet
Triple Bottom Line

7. Sustainable Development Goals
The Sustainable Development Goals (SDGs), also known as the
Global Goals, were adopted by the United Nations in 2015 as a
universal call to action to end poverty, protect the planet, and
ensure that by 2030 all people enjoy peace and prosperity.
The 17 SDGs are integrated—they recognize that action in one area
will affect outcomes in others, and that development must balance
social, economic and environmental sustainability.

8. A Glimpse of SDG’s
• https://youtu.be/6YSH2ch05Wk

9. Framework for Strategic Sustainable
Development
Developed over the last 20 years by an international group of
natural and social scientists as a result of the desire to help
identify a set of principles that could guide human action
toward a more sustainable path regardless of the starting
point.
Provides a comprehensive definition of an environmentally
sustainable society that is easily understood and grounded in
natural science, social science, and systems theory.
Offers a flexible framework for individuals, families, businesses,
and communities to create and implement their own plans
which will enable them to become more sustainable one step
at a time.

10. Karl-Henrik Robert, PhD
Cancer Cell Scientist

11. Building Block of Life
What makes it possible for a cell to emerge and
to sustain itself?
Public Library of Science

12. Principles for sustainbility
• In nature, there is no waste: This aligns with the concept of cell
metabolism and nutrient cycling. Cells efficiently utilize resources
and minimize waste, mimicking sustainable natural systems.
• Diversity is essential: Similar to the diverse range of cell types and
functions within a healthy organism, biodiversity in ecosystems is
crucial for resilience.
• Things should be designed to be in cycles: Closed-loop
systems, where resources are recycled and reused, are key for both
cellular and ecological sustainability.

13. Scientific Foundations
Basic Laws of Physics
1st and 2nd Laws of
Thermodynamics
• energy cannot be created
or destroyed, only
transformed
• entropy, or disorder, tends
to increase over time in
closed systems
Law of Conservation of Matter
• matter can neither be
created nor destroyed, only
transformed

14. What all scientists agree upon
Slow geological cycles
(volcano eruptions and
weathering)
Slow geological cycles
(sedimentation and
mineralization)
Closed system with
respect to matter
1) Nothing disappears
2) Everything disperses
Open system with
respect to energy
« Photosynthesis
pays the bill »
Sustainability is
about the ability of
our own human
society to continue
indefinitely within
these natural
cycles

15. How we influence the system
Relatively large flows
of materials from the
Earth’s crust
Introduce persistent
compounds foreign to
nature
Physically inhibit
nature’s ability to
run cycles
Barriers to
people
meeting their
basic needs
worldwide

16. Earth is like a terrarium
•Closed system
•Sun pays the bills
•There is no away
•Sustainability means
maintaining the
balance

17. 4 System Conditions of a
Sustainable Society
...concentrations of substances
extracted from the Earth’s crust,
...concentrations of substances
produced by society,
...degradation by physical means,
...people are not subject to conditions
that systematically undermine their
capacity to meet their needs.
In a sustainable society, nature is not subject
to systematically increasing...
and, in that society...

18. Current unsustainable situation
Declining
resources and ecosystem
services
Increasing
demand for resources and
ecosystem services
Through innovation,
creativity & the unlimited
potential for change we
can reopen the walls of the
funnel to a Third Industrial
Revolution!!!

19. Scarce metals Abundant metals
Fossil Fuels Renewables
Inefficient Use Efficient Use
Dissipative Use Tight Technical Cycles
Operating Manual for the Planet
Objective 1
1. Reduce and eventually eliminate our contributions to the
systematic accumulation of materials taken from the earth’s
crust.

20. Dissipative use
Persistent and
Unnatural
Abundant & breakdown
easily
Tight Technical Cycles
Inefficient use Efficient use
Operating Manual for the Planet
Objective 2
2. Reduce and eventually eliminate our contribution to the
systematic accumulation of substances produced by society.

21. Inefficient use of
resources and land
Resources from
poorly managed
ecosystems
Resources from well-
managed ecosystems
Efficient use of
resources and land
Operating Manual for the Planet
Objective 3
3. Reduce and eventually eliminate our contributions to the
ongoing physical degradation of nature.

22. Unsafe and unhealthy
production and use
Safe and healthy
production and use
Violations of human
rights
Respect for human
rights
Economic barriers Sufficient resources
for livelihood
Operating Manual for the Planet
Objective 4
4. Reduce and eventually eliminate our contributions to
conditions that systematically undermine people’s abilities to
meet their own needs.

23. Sustainability Resource Guides
http://sustainthefuture.iusb.edu

24. • 1. What are we doing in the campus?

26. Existence of Primary goals in our institution
We are determined to protect the planet from degradation, including through
sustainable consumption and production, sustainably managing its natural resources
and taking urgent action on climate change, so that it can support the needs of the
present and future generations.
Our Green campus – Jain University

27. Goal 1:
No Poverty: End poverty in all its forms everywhere.
Zero Hunger: End hunger, achieve food security and improved nutrition and
promote sustainable agriculture.
1/6/2024 PRESENTATION TITLE 27
Orphanage visit along w
the Jain NSS team

28. 1/6/2024 SDG 28
Goal 6:
Clean Water and Sanitation: Ensure availability and sustainable management of
water and sanitation for all.
Jain university students are involved in cleaning the
schools in the management of clean water and
sanitation
Water scarcity affects more than 40 percent of people, an alarming
figure that is projected to rise as temperatures do. Although 2.1
billion people have improved water sanitation since 1990,
dwindling drinking water supplies are affecting every continent.

29. Sewage Treatment Plant in FET-Jain university to
recycle the water

30. • “SAVE WATER, SAVE ELECTRICITY, SAY NO TO PLASTIC Rally” - Jakkasandra and Marigowdanadoddi
• On 25th January 2020.Which focused on raising awareness among people regarding major environmental issues. This program
was conducted by Jain Deemed-to-be University, Bangalore. “SAVE WATER, SAVE ELECTRICITY, SAY NO TO PLASTIC”,
being the motto of Swachhata Pakhwada Project
1/6/2024 PRESENTATION TITLE 30

31. Awareness Program
Innovation Techniques in Waste Recycling, Waste Water Recycling and Energy
Conservation on 18th January 2020, this event was organized during the
cleanness drive Swachhata Pakhwada under Swachh Bharat Mission.
1/6/2024 SDG 31
The efficient management of
our shared natural resources
and how we dispose of toxic
waste and pollutants are
important targets to achieve

32. Goal 7 & 9: Industry, Innovation, and Infrastructure: Build resilient
infrastructure, promote inclusive and sustainable industrialization, and
9foster innovation.
Jain FCRC (Fire combustion and research center)
Extensive work has been carried out in the center in the areas of biomass combustion.
1/6/2024 SDG 32

33. 1/6/2024 PRESENTATION TITLE 33
Faculty of
Engineering and
Technology, Jain
University also
includes the
production of
Green bio energy
from the daily food
waste through the
cafeteria.

34. 1/6/2024 SDG 34
Biofuel Park developed by Jain University under the funding of VGST-KFIST
grant, Govt. of Karnataka.

35. Jain FCRC (Fire combustion and research center)
A solar pump test facility is established UL India pvt ltd at FCRC premises. The facility caters
to testing solar pumps using a simulated power supply similar to typical solar
summer/winter day as prescribed by MNRE standards.
1/6/2024 SDG 35
SAVE ELECTRICITY

36. Goal 13: Climate Action: Take urgent action to combat climate change and its
impacts.
1/6/2024 SDG 36
Tree Plantation on the campus by Senior Staff Members and students in taking action to combat
the climatic change and its impact in making a GREEN ENVIRONMENT

37. 37

38. 1/6/2024 38
Goal 15: Life on Land: Protect, restore, and promote
sustainable use of terrestrial ecosystems, sustainably manage
forests, combat desertification, and halt and reverse land
degradation and halt biodiversity loss.

39. THANK YOU