Indore at a Crossroads: IIT, IIM, the Emerging IT Hub,
Nolakha’s Nine-Lakh-Tree Legacy, and the Crisis of the Khan and Saraswati
Rivers
A Case-cum-Research Paper on Urban
Development, Environmental Governance, Public Accountability, and Sustainable
Growth
Abstract
Indore is one of Madhya Pradesh’s
most important commercial and educational centres. The presence of the Indian
Institute of Technology Indore (IIT Indore), the Indian Institute of Management
Indore (IIM Indore), universities, industries, and an expanding
information-technology sector gives the city considerable potential to become a
leading knowledge economy. Yet its development raises a fundamental question:
can economic growth be considered successful when rivers become polluted, urban
greenery comes under pressure, and historical environmental assets are
inadequately protected?
This case-cum-research paper
examines Indore’s competing development priorities through three connected
themes: its educational and technological ambitions, the reported association
of Nolakha with nine lakh trees, and the environmental condition of the Khan
and Saraswati rivers. Government documentation confirms that the Khan and
Saraswati are historically significant watercourses and that river-pollution
abatement has required official action. The reported nine-lakh-tree figure,
however, requires historical and archival verification before it can be treated
as an established fact.
The paper uses documentary analysis,
institutional accountability mapping, and a qualitative urban-governance
framework. It identifies potential responsibilities of municipal authorities,
pollution-control agencies, urban planners, state departments, developers,
industries, and citizens. It proposes measurable interventions for river
restoration, tree protection, sewage management, transparent public
expenditure, and environmentally responsible IT-sector expansion. The central
argument is that Indore must measure development not only through investment,
employment, cleanliness rankings, and educational institutions, but also
through river-water quality, tree survival, ecological restoration, and public
accountability.
Keywords: Indore, IIT Indore, IIM Indore, IT hub, Nolakha, urban
forests, Khan River, Saraswati River, environmental governance, urbanisation,
sustainable development, public accountability.
1.
Introduction
Indore occupies a significant
position in the commercial and educational geography of central India. The
district administration describes the city as a commercial capital and
identifies the Khan and Saraswati rivulets as important geographical features
of its historical development. The two watercourses meet near the city centre
at the historic Sangamnath or Indreshwar temple. 【turn421082search0】
The establishment of IIT Indore in
2009 and the presence of IIM Indore have strengthened the city’s educational
identity. At the same time, industrial development, commercial expansion, real
estate, transport infrastructure, and IT-related investment have increased the
importance of sustainable urban planning. 【turn421082search6】【turn421082search5】
However, a city’s economic
achievements should not be separated from its environmental responsibilities.
Rivers are not merely drainage channels, trees are not merely roadside
decoration, and historical neighbourhoods are not simply land available for
commercial redevelopment.
The central question of this paper
is:
Who is responsible for protecting
Indore’s natural and historical heritage while the city expands as an
educational, commercial, and IT hub?
2.
Objectives of the Study
To examine the relationship between Indore’s educational and
IT ambitions and environmental sustainability.
To investigate the reported historical significance of
Nolakha and the claim concerning nine lakh trees.
To examine pollution and restoration challenges affecting
the Khan and Saraswati rivers.
To identify the institutions and stakeholders responsible
for prevention, monitoring, enforcement, and restoration.
To develop a practical agenda for sustainable urban
development and public accountability.
3.
Research Questions
What environmental costs may accompany Indore’s rapid
urbanisation?
What historical evidence supports the association between
Nolakha and nine lakh trees?
Why have the Khan and Saraswati rivers required
pollution-abatement measures?
Which authorities have the legal and administrative
responsibility to prevent pollution and protect urban trees?
How can IIT Indore, IIM Indore, technology companies,
industries, and citizens contribute to ecological restoration?
What measurable indicators should be used to assess whether
Indore is becoming a genuinely sustainable city?
4.
Research Methodology
This is a documentary, exploratory
case-cum-research paper based on publicly available institutional and
government information. It uses:
Documentary review of district-administration information.
Review of pollution-control and river-rejuvenation
documents.
Historical claim verification as a separate research
requirement.
Stakeholder and accountability mapping.
Qualitative analysis of urban-development priorities.
A proposed set of measurable environmental performance
indicators.
Data limitation: This version does not claim to contain a new field survey,
a verified historical census of Nolakha’s trees, or fresh laboratory testing of
river water. No invented survey results or laboratory measurements are
presented as actual findings.
5.
Indore’s Development Model: Education, Commerce, and IT
Indore’s development model rests on
several mutually reinforcing advantages.
5.1
Educational capital
IIT Indore contributes to
engineering, science, research, and technological innovation. IIM Indore
strengthens management education, leadership development, and business
research. Universities and professional colleges add to the supply of skilled
graduates.
These institutions can help the city
develop expertise in environmental engineering, urban economics, water
management, artificial intelligence, and sustainable business practices.
5.2
Industrial and IT expansion
Indore benefits from its commercial
base and proximity to industrial centres, including Pithampur. IT services,
digital businesses, startups, and technology-enabled enterprises can generate
employment and attract investment.
However, expansion can also create
pressure on land, water, transport, housing, electricity, and urban
infrastructure. These are potential risks that must be measured rather than
assumed to be identical across every neighbourhood or project.
5.3
The cost of unbalanced growth
A development strategy focused only
on buildings, investment, roads, and employment may overlook environmental externalities.
|
Development
benefit |
Potential
environmental cost |
Required
response |
|
New commercial buildings |
Loss of green space or increased
runoff |
Land-use safeguards and tree
inventories |
|
IT parks and housing |
Higher water and energy demand |
Water reuse and energy efficiency |
|
Road expansion |
Tree loss and habitat
fragmentation |
Alternatives assessment and
compensatory restoration |
|
Industrial activity |
Wastewater and air-pollution risks |
Monitoring and enforcement |
|
Urban population growth |
Greater sewage loads |
Adequate treatment capacity and
sewer connections |
The policy challenge is not to stop
development. It is to ensure that development costs are identified, measured,
disclosed, and fairly managed.
6.
Nolakha and the Nine-Lakh-Tree Claim
The reported association of Nolakha
with nine lakh trees is an important starting point for investigating Indore’s
environmental history. It may represent a historical account, a local
tradition, a place-name interpretation, or a claim repeated in public
discussion.
At present, the figure should not be
presented as a verified tree census without supporting primary evidence.
6.1
What needs to be established?
A rigorous investigation should
examine:
Historical revenue and land-settlement records.
Old maps, gazetteers, municipal records, and archival
photographs.
Records of orchards, gardens, plantations, and tree-covered
land.
Local histories and oral accounts from long-term residents.
Municipal tree inventories and records of tree cutting or
transplantation.
The precise geographical area meant by “Nolakha” in the
historical claim.
A crucial distinction must be made
between a claim that a locality was historically associated with a large number
of trees and proof that nine lakh individual trees existed there at a
particular time.
6.2
Why does this matter?
If the historical account is
substantiated, it could provide a valuable baseline for studying changes in
land use and vegetation. If the figure cannot be verified, the paper can still
investigate the neighbourhood’s historical landscape and contemporary tree
cover without repeating an uncertain number as fact.
6.3
The real policy issue
Regardless of the historical figure,
urban tree protection requires reliable inventories, identification of heritage
trees, public disclosure of permissions, and monitoring of survival after
transplantation or compensatory planting.
Planting saplings is not equivalent
to preserving mature trees. Mature trees provide shade and ecological functions
that newly planted saplings cannot immediately replace.
7.
Khan and Saraswati Rivers: The Environmental Cost
Indore’s river system is central to
this case. The district administration identifies the Khan and Saraswati as the
two historic rivulets associated with the city’s development. 【turn421082search0】
The Madhya Pradesh Pollution Control
Board (MPPCB) publishes an action plan for rejuvenation of the polluted Khan
River stretch. Its technical documentation states that the Khan originates from
Limbodi Tank, travels approximately 72 kilometres, and joins the Kshipra at
Triveni Sangam in Ujjain. The document identifies municipal sewage as a major
source of pollution along the river. 【turn421082search20】
This is significant because it links
a local urban-management problem to a wider river system.
7.1
Sources of pollution requiring investigation
Potential sources include:
Untreated or inadequately treated domestic sewage.
Wastewater entering stormwater drains.
Industrial or commercial discharges, where applicable.
Solid-waste dumping.
Inadequate maintenance of sewer networks and treatment
infrastructure.
Bypasses, leakages, and failures in sewage-treatment
operations.
The contribution of each source must
be established through inspection, discharge monitoring, and water-quality
testing rather than assumption.
7.2
Government action and expenditure
A February 2023 report stated that
₹511.15 crore had been sanctioned under the Namami Gange programme for
pollution-abatement work relating to the Khan and Saraswati rivers. The
reported plan included sewage-treatment infrastructure and a treated-water
reuse network. This is a historical announcement of sanctioned funding, not
proof that every project was completed or that the rivers have achieved the
intended water quality. 【turn421082search3】
The important research questions are
therefore:
How much of the sanctioned amount was released and spent?
Which projects were completed and commissioned?
What is the actual treatment capacity and utilisation?
How much sewage is generated, collected, treated, and
discharged?
Have measured pollution levels improved over time?
Who is responsible when infrastructure is incomplete or
treatment standards are not met?
7.3
A river cannot be restored by beautification alone
Riverfront construction,
landscaping, cleaning drives, and public-awareness campaigns may improve
appearance, but they cannot substitute for effective sewage interception,
reliable treatment, industrial compliance, and continuous water-quality monitoring.
The principal performance measure
must be the condition of the water and river ecosystem, not merely the number
of cleaning events or the appearance of a riverbank.
8.
Who Is Responsible?
Responsibility must be separated
into legal authority, administrative implementation, regulatory oversight, and
individual conduct. The following framework identifies the institutions whose
roles should be examined; it does not establish that any particular officer or
agency has committed a violation.
|
Stakeholder |
Responsibility
to examine |
|
Indore Municipal Corporation |
Sewage collection, municipal
drains, waste management, public assets, and municipal tree records |
|
Madhya Pradesh Pollution Control
Board |
Pollution monitoring, regulatory
oversight, compliance action, and environmental reporting |
|
State urban-development and
water-related departments |
Policy, funding, infrastructure
coordination, and project oversight |
|
Indore Development Authority and
town-planning authorities |
Land-use planning, development
permissions, and applicable environmental safeguards |
|
Industrial and commercial
establishments |
Compliance with applicable
discharge, waste, and environmental requirements |
|
Project developers and contractors |
Compliance with permissions,
tree-protection requirements, and construction safeguards |
|
Courts and environmental tribunals |
Adjudication and enforcement
within their respective jurisdictions |
|
Residents and civil-society groups |
Reporting violations,
participating in public consultations, and monitoring public commitments |
|
Educational and research
institutions |
Independent research, water
testing, ecological assessment, and public-policy recommendations |
8.1
Who should answer when a river remains polluted?
The responsible agency depends on
the source of pollution and the applicable legal duty. For municipal sewage,
the relevant local body and infrastructure operators must be examined. For
regulated industrial discharges, the concerned establishment and regulatory
enforcement record must be examined.
Where several agencies share
responsibilities, unclear coordination cannot become an excuse for inaction.
Each project needs a named implementing authority, measurable targets,
deadlines, and publicly accessible compliance records.
8.2
Political and administrative accountability
Elected representatives can be
questioned about policy priorities, budget allocation, and public commitments.
Municipal administrators and implementing agencies can be assessed against their
statutory functions and documented performance. Regulators can be assessed
through their monitoring and enforcement records.
Accountability should be established
through records, inspections, water-quality data, expenditure audits, and
legally documented findings—not by attributing responsibility to an individual
without evidence.
9. Descriptive Evidence and Research
Analysis
The following evidence helps distinguish established institutional
information from historical claims and questions that remain open for
investigation.
|
Indicator |
Available evidence |
Research interpretation |
|
Educational development |
IIT Indore and IIM Indore are established institutions |
Strong knowledge-economy potential |
|
Nolakha’s nine lakh trees |
Reported in local historical accounts |
Historical claim requiring archival corroboration |
|
Citywide tree census |
A June 2024 report recorded approximately 8 lakh trees across about 60% of
the urban area, with a projected total of 12 lakh |
A historical partial-census report, not a current verified total |
|
Khan River pollution |
MPPCB published a river-rejuvenation action plan |
Pollution control requires continuing assessment |
|
Khan and Saraswati projects |
₹511.15 crore in funding was reported as sanctioned in February 2023 |
Actual expenditure, completion, and outcomes require verification |
Sources: Nolakha
historical account, 2024
tree-census report, MPPCB
river plan, and river
project funding report.
Interpretation
The figures cannot be compared directly as if they measure the same thing.
The Nolakha figure refers to a reported historical locality-level tree count,
whereas the 2024 census concerned trees across part of the wider urban area.
Neither establishes the number of trees currently surviving in Nolakha.
Similarly, funding approvals and infrastructure announcements measure
government commitments, not environmental outcomes. A proper impact evaluation
needs baseline and post-project water-quality measurements, expenditure
statements, and independent verification.
10. Fifty-One Suggestions for Sustainable
Indore
A. Urban planning and tree protection
Publish a
verified historical account of Nolakha using archival maps and records.
Establish a
public, geotagged tree inventory for every municipal ward.
Identify
heritage trees and legally protect them wherever applicable.
Publish
tree-felling permissions, reasons, and compliance reports.
Require alternatives
assessments before mature trees are removed for infrastructure.
Publish
transplantation records and monitor survival at six, twelve, and twenty-four
months.
Make
compensatory planting species-appropriate and measurable.
Prioritise
indigenous, climate-resilient species.
Protect
existing parks, green belts, and ecologically sensitive open spaces.
Publish
annual ward-wise canopy-cover data.
B. Khan and Saraswati river restoration
Map all
sewage outfalls entering both rivers.
Publish the
location and status of sewage-treatment projects.
Disclose
sewage generated, collected, treated, and discharged.
Audit
treatment plants for capacity, operating hours, and treatment performance.
Monitor
biochemical oxygen demand, dissolved oxygen, faecal contamination, and other
relevant parameters.
Publish
monthly water-quality results at fixed sampling points.
Repair
leaking sewer networks and eliminate unauthorised connections.
Ensure
industrial discharges comply with applicable standards.
Install
monitoring systems at priority discharge points.
Reuse
treated wastewater safely for suitable non-potable purposes.
Publish
project-wise spending and physical progress.
Investigate
pollution incidents and document enforcement actions.
Restore
riverbanks using ecologically appropriate vegetation.
Prevent
solid waste and construction debris from entering river channels.
Commission
independent environmental audits at defined intervals.
C. Responsible educational and IT-sector
growth
Encourage
IIT Indore and IIM Indore to support independent urban-sustainability research.
Create
student projects on river monitoring, tree survival, and urban heat.
Encourage IT
companies to publish water and energy performance indicators.
Promote
rainwater harvesting in campuses and commercial buildings.
Increase
treated-water reuse where technically and legally appropriate.
Encourage
energy-efficient buildings and renewable electricity.
Introduce
sustainability reporting for major public infrastructure projects.
Support
startups developing affordable pollution-monitoring technology.
Use
geographic information systems to identify environmental risks.
Promote
green procurement in public institutions.
Integrate
environmental economics into management education.
Encourage
business schools to study the costs of pollution and tree loss.
Build
partnerships between researchers, regulators, and community groups.
D. Public accountability and governance
Assign a
named implementing authority to every major restoration project.
Publish
project deadlines and measurable milestones.
Provide
public access to environmental clearances and relevant tree permissions.
Publish
annual audits of major environmental expenditures.
Create a
grievance-tracking system for pollution and illegal tree felling.
Disclose the
status of complaints and corrective action.
Conduct
ward-level environmental consultations.
Protect
citizens who report environmental violations from retaliation, consistent with
applicable law.
Strengthen
coordination among the municipal corporation, pollution-control board, and
planning agencies.
Require
post-project environmental assessments for major infrastructure works.
Publish a
yearly city environmental performance report.
Link project
evaluation to verified outcomes rather than expenditure alone.
Establish an
independent, multidisciplinary Indore Urban Environment Observatory to track
rivers, tree cover, air quality, land use, and environmental compliance.
11. Proposed Environmental Performance
Scorecard
The following is a proposed framework, not a report of measured current
performance.
|
Performance indicator |
Proposed measurement |
Reporting frequency |
|
River quality |
Laboratory-tested water-quality parameters at fixed sites |
Monthly |
|
Sewage treatment |
Sewage generated, collected, treated, and discharged |
Monthly |
|
Tree protection |
Number of trees felled, transplanted, and surviving |
Quarterly |
|
Urban greenery |
Tree canopy and green-space area |
Annually |
|
Project accountability |
Budget, expenditure, milestones, and delays |
Quarterly |
|
Complaint resolution |
Complaints received, investigated, and resolved |
Quarterly |
|
IT-sector sustainability |
Water reuse, energy consumption, and renewable-energy share |
Annually |
The baseline must be established before improvement targets are finalised.
Targets should then be independently reviewed and made publicly accessible.
12. Discussion: What Does Development Really
Cost?
The cost of development cannot be assessed only through construction
expenditure or the market value of new property. It also includes the cost of
sewage infrastructure, loss of mature vegetation, increased runoff, heat
exposure, pollution control, and the restoration of damaged ecosystems.
Some of these costs can be measured directly through expenditure and
environmental monitoring. Others, such as the loss of historical landscape
character or the ecological value of mature trees, require specialised
valuation and careful interpretation.
Indore’s educational institutions and IT businesses can become part of the
solution. Research talent, digital mapping, environmental sensors, management
expertise, and innovation can improve public administration. However,
technology cannot replace enforcement, reliable infrastructure, and political
accountability.
The relevant question is therefore not whether Indore should develop. It is
whether development decisions are being made with adequate consideration of
their long-term environmental and social costs.
13. Conclusion
Indore’s identity as an educational, commercial, and emerging technology hub
is a genuine strength. Its future, however, depends on more than the presence
of prestigious institutions, new investments, and modern infrastructure.
The reported nine-lakh-tree legacy of Nolakha offers an important starting
point for investigating the city’s environmental history. The pollution of the
Khan and Saraswati rivers demonstrates why urban infrastructure and ecological
management must be treated as essential public responsibilities.
Responsibility is distributed across municipal authorities, regulators,
state agencies, developers, industries, and citizens, with each accountable for
its own legal duties and documented actions. Public officials must explain
decisions and project outcomes; regulators must monitor compliance; and polluters
must be held accountable where violations are established.
The ultimate test of Indore’s progress is whether it can combine education,
employment, technological innovation, clean water, healthy trees, and
transparent governance.
A city cannot be called truly sustainable merely because it attracts
investment or achieves a cleanliness ranking. Its development must also protect
the natural systems that sustain its people.
References
District
Administration, Indore. About District Indore. https://indore.nic.in/en/page/19/
Indian
Institute of Technology Indore. About IIT Indore. https://www3.iiti.ac.in/page/about-us
Madhya
Pradesh Pollution Control Board. Proposed Action Plan for Rejuvenation of River
Khan. https://www.mppcb.mp.gov.in/proc/Khan_River_Rejuvenation_Report_26.10.2018y.pdf
Webdunia
Hindi. Navlakha of Indore Was Known for Nine Lakh Trees. https://hindi.webdunia.com/indore-article/navlakha-of-indore-was-known-for-9-lakh-trees-122060800069_1.html
The Times of
India. (2023, February 24). Indore Gets Rs 511 Crore to Check Pollution in Kahn
and Saraswati. https://timesofindia.indiatimes.com/city/indore/indore-gets-rs-511-crore-to-check-pollution-in-kahn-saraswati/articleshow/98197545.cms
The Times of
India. (2024, June 7). 8 Lakh Trees Counted in 60% of City, Expected Total 12
Lakh. https://timesofindia.indiatimes.com/city/indore/indore-tree-census-8-lakh-trees-counted-expected-total-12-lakh/articleshow/110779634.cms
Research note: Before submitting this paper to a journal, supplement the
documentary review with the latest official tree-census data,
project-completion and expenditure records, laboratory water-quality results,
and primary archival evidence concerning Nolakha. The 51 suggestions and
performance indicators are policy proposals, not empirical findings.
Technical feasibility, conceptual
infrastructure design, indicative costs, and government responsibilities | Dr
Mamta Vyas | October 2026
The first policy distinction is
essential: bringing Ganga water to Indore, extending the Shipra river to
Indore, and supplying additional water from the Narmada are three different
projects. They have different engineering requirements, costs, environmental
consequences, and legal approvals.
Indore already depends significantly
on Narmada water infrastructure. In January 2026, a further ₹800.19 crore
water-supply project was reported for Indore under AMRUT 2.0.
A new river-link project must
therefore be evaluated against existing supply capacity, future demand, and
river-restoration alternatives.
A.1
Three possible approaches
Option 1 — Improve the
Shipra–Khan–Saraswati river system
Preferred for river restoration
Restore local river channels,
intercept sewage, treat wastewater, protect natural flows, and improve seasonal
water management. This does not mean physically extending the Shipra upstream
to Indore; it means restoring the connected river system and its catchment.
Option 2 — Strengthen the existing
Narmada supply
Practical for drinking water
Improve supply reliability, storage,
treatment, leakage control, and treated-wastewater reuse. This builds on the
infrastructure Indore already uses rather than creating an entirely new
long-distance river diversion.
Option 3 — Transfer Ganga-basin
water to Indore
Major feasibility study required
This would be a new inter-basin
transfer concept, requiring a lawful and dependable source allocation, a
detailed route and elevation survey, pumping or gravity-flow design, environmental
assessment, and agreement among affected authorities and states. It should not
be assumed feasible simply because the Ganga is a major river.
A.2
Conceptual infrastructure design
The technically sensible starting
point is to restore Indore’s existing water system, rather than build a new
canal from the Ganga without first proving that the source, route, and costs
are viable.
Proposed
system for Indore
Water sources
Narmada supply, local catchment
rainfall, and legally available water resources
Intake, treatment and pumping
Source protection, water-quality
testing, treatment plants, pumps and energy supply
Storage and distribution
Reservoirs, balancing tanks,
transmission pipelines and monitored distribution networks
Sewage treatment and river restoration
Sewer networks, treatment plants,
safe wastewater reuse, and restoration of the Khan and Saraswati rivers
Conceptual system diagram, not a
surveyed engineering alignment or approved project design.
The design should keep
drinking-water infrastructure separate from the environmental restoration of
natural rivers. Treated sewage must meet the relevant standards before reuse or
discharge; it should not be treated as interchangeable with drinking water.
A.3
Indicative cost of the three alternatives
All figures below are
pre-feasibility planning allowances, not government estimates, approved
budgets, or tender prices. They are intended to help frame a research appendix.
The final costs could differ substantially depending on land, route, pumping
head, capacity, construction conditions, and statutory requirements.
|
Project
component |
Preliminary
cost allowance |
|
River mapping, water-quality
baseline and feasibility studies |
₹10–30 crore |
|
Priority sewage interception and
local river-restoration works |
₹300–1,000 crore |
|
Additional sewage treatment, sewer
rehabilitation and reuse infrastructure |
₹200–700 crore |
|
Local riverbank, wetland and
catchment restoration |
₹50–200 crore |
|
Indicative local restoration
programme |
₹560–1,930 crore |
These component ranges are illustrative
and may overlap; they should not simply be added to existing sanctioned
projects without checking scope.
For comparison, the government
tender system recorded a May 2026 expression of interest concerning
approximately ₹1,530 crore in financing for Indore’s Narmada Phase IV
water-supply project and sewerage-network expansion. That is a
financing-related tender figure, not a separate river-restoration budget.
What
about a new Ganga-to-Indore pipeline?
It would be misleading to give a
firm total cost before establishing:
The proposed Ganga-basin intake and the legal availability
of water.
The total pipeline or canal length and elevation profile.
Required daily volume and seasonal reliability.
The pumping stations, electricity demand and backup systems.
Storage, treatment, land acquisition and rehabilitation
requirements.
Interstate water-sharing agreements and environmental
clearances.
A Ganga transfer could be a very
large, potentially multibillion-rupee infrastructure undertaking. Its actual
cost should be determined by a feasibility study rather than an invented fixed
estimate. The National Water Development Agency’s river-linking framework
requires technical studies, interstate consultation and appropriate
environmental assessment.
North Western Development Agency+2
A.4
Who should do what?
|
Government
or institution |
Proposed
role |
|
Government of Madhya Pradesh |
Lead feasibility study, coordinate
departments and determine funding priorities |
|
Narmada Valley Development
Authority |
Assess water availability,
existing link infrastructure and potential source-transfer alternatives |
|
National Water Development Agency |
Examine a larger inter-basin
transfer proposal if it falls within its mandate |
|
Indore Municipal Corporation |
Improve local water distribution,
sewage collection, wastewater treatment and river pollution control |
|
Madhya Pradesh Pollution Control
Board |
Monitor water quality and enforce
applicable pollution-control requirements |
|
Central water and environmental
authorities |
Evaluate relevant technical,
water-sharing and statutory approvals |
|
IIT Indore and other research
institutions |
Conduct hydrological modelling,
energy analysis, water-quality research and independent assessment |
|
IIM Indore and economics
researchers |
Evaluate financial viability, user
costs, public benefits and long-term operating expenses |
|
Citizens and civil-society
organisations |
Participate in consultations and
scrutinise published project data |
A.5
Proposed implementation schedule
months
Phase 1 — Study and verification
Measure current demand, river flows,
sewage loads, existing supply capacity, water losses, and available treatment
infrastructure. Publish alternative designs and their costs.
years
Phase 2 — Immediate local action
Repair priority sewer networks,
improve treatment-plant operation, monitor outfalls, restore selected river
stretches, and expand wastewater reuse.
Phase 3 — Major infrastructure, if
justified
Implement approved supply
augmentation or river-link infrastructure only after feasibility studies,
financing arrangements, environmental clearances and water-sharing decisions.
The schedule is proposed for
planning purposes, not a prediction of official project completion dates.
A.6
Final recommendation for the research paper
Indore should not begin with the
question, “How can we bring the Ganga to the city?” It should first ask, “How
much water will Indore need, what supplies are dependable, how much water is
being lost, how much sewage is untreated, and which intervention gives the
greatest public benefit per rupee?”
Recommended priority: restore the
Khan and Saraswati rivers, strengthen existing Narmada infrastructure, improve
water conservation and wastewater reuse, and commission an independent
comparative feasibility study before considering any new long-distance river
transfer.
This approach addresses Indore’s
immediate environmental problems while preserving the possibility of examining
larger engineering options through credible scientific and financial analysis.
no as river
You mean physically extending the
Shipra or Ganga River as an actual flowing river channel into Indore, not
bringing water through pipelines for drinking purposes.
For your research paper, Dr Mamta
Vyas, the proposal would involve creating a new river course or artificial
river channel that carries water into Indore.
There are two distinct concepts:
Shipra River extension: Investigate whether a new channel
could bring Shipra water closer to or into Indore, subject to source
availability, terrain and environmental feasibility.
Ganga River extension: Investigate whether a much longer
artificial river channel could convey Ganga-basin water to Indore. This would
be a major inter-basin engineering project, not a natural extension of the
Ganga.
A real river channel would require
land acquisition, excavation, embankments, bridges, flood-control structures,
ecological-flow planning and continuing maintenance. A dependable water source
would also be essential, particularly during dry seasons.
One important question before I
prepare the engineering design and cost estimates: Which river do you want to
physically extend into Indore?
Shipra River — extend its actual
channel towards Indore
Ganga River — create an artificial
river channel to Indore
Compare both river-extension proposals
Main purpose of the proposed river
Environmental restoration and
greenery
Water supply and storage
Both water supply and an actual
flowing river
Prepare river-extension feasibility
study
