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From the IFT source library

City Water Security

Text from the existing IFT website. Sources and claims are still under editorial review.

Original source ↗

Section 01

Where the problem happens

Define the service failure before selecting infrastructure.

Cities often manage water supply, sewerage, stormwater and land growth in separate systems.

Water imported from distant regions can hide local leakage and ecological cost.

Required local context

Record state, district, city/block, village/ward or supply zone; season and date; source or asset; affected users; observed service; measurement or sample method; photo/document where safe; and uncertainty. Never imply 100-metre accuracy unless the evidence genuinely supports it.

Data reference table

Evidence Snapshot

Read each value with its reporting period, population and limitations. A historical national reference is not a local baseline or proof that an IFT proposal works.

5 measurement records still need data and a review of their relevance.

Data references for City Water Security
SignalReference ValuePeriod / PopulationHow to Read ItSource Status
Source-to-user balance

Not established

Data required — not zero

Reporting period: Information Required

Population and geography: Information Required

Proposed measure; no observed value is established here.

Limitations: Define the measure, unit, reporting period and covered population; obtain a traceable dataset and review its suitability for this topic before using a number.

Source organisation: Information Required

Direct source URL: not yet verified

Source publication date: not established

Verification status: Data required

Service equity

Not established

Data required — not zero

Reporting period: Information Required

Population and geography: Information Required

Proposed measure; no observed value is established here.

Limitations: Define the measure, unit, reporting period and covered population; obtain a traceable dataset and review its suitability for this topic before using a number.

Source organisation: Information Required

Direct source URL: not yet verified

Source publication date: not established

Verification status: Data required

Sewage safely treated

Not established

Data required — not zero

Reporting period: Information Required

Population and geography: Information Required

Proposed measure; no observed value is established here.

Limitations: Define the measure, unit, reporting period and covered population; obtain a traceable dataset and review its suitability for this topic before using a number.

Source organisation: Information Required

Direct source URL: not yet verified

Source publication date: not established

Verification status: Data required

Flood exposure

Not established

Data required — not zero

Reporting period: Information Required

Population and geography: Information Required

Proposed measure; no observed value is established here.

Limitations: Define the measure, unit, reporting period and covered population; obtain a traceable dataset and review its suitability for this topic before using a number.

Source organisation: Information Required

Direct source URL: not yet verified

Source publication date: not established

Verification status: Data required

Future supply gap

Not established

Data required — not zero

Reporting period: Information Required

Population and geography: Information Required

Proposed measure; no observed value is established here.

Limitations: Define the measure, unit, reporting period and covered population; obtain a traceable dataset and review its suitability for this topic before using a number.

Source organisation: Information Required

Direct source URL: not yet verified

Source publication date: not established

Verification status: Data required

Different surveys, administrative records, estimates and reporting years are not interchangeable. No combined IFT score is calculated from these rows.

Section 02

Why the problem happens

Test the full source-to-service chain.

No unified urban water balance

Treat this as a hypothesis until records, field observation, seasonal evidence and credible alternatives are checked.

Peripheral settlements excluded

Treat this as a hypothesis until records, field observation, seasonal evidence and credible alternatives are checked.

Network condition unknown

Treat this as a hypothesis until records, field observation, seasonal evidence and credible alternatives are checked.

Growth approvals ignore service capacity

Treat this as a hypothesis until records, field observation, seasonal evidence and credible alternatives are checked.

Section 03

How the parts work together

Components that must work together.

Source and demand account

Define the responsible actor, operating standard, input, handoff, maintenance requirement, failure trigger and evidence record.

Treatment, storage and distribution

Leakage and household service

Sewerage, treatment and reuse

Stormwater, flood and recharge

Groundwater and future demand

Section 04

A solution suited to India

Match intervention to hydrogeology, settlement and service capacity.

Publish a city water and wastewater flow account.

Zone service, loss and quality performance.

Integrate land use, drainage and groundwater.

Plan reuse and demand management before new sources.

Decision checks

Safety; Water balance; Affordability; Equity; Operations; Ecology; Climate risk; Accountability

Section 05

Roadmap

Diagnose, protect, pilot, measure and institutionalise.

  • 0–90 DAYS
  • Verify & protect

Confirm the location, affected users, service chain, immediate health or safety risk, responsible agency and existing evidence.

  • 3–18 MONTHS
  • Controlled pilot

Create a complete water account for one urban zone including informal and peripheral settlements.

  • 1–5+ YEARS
  • Durable system

Fund operations, preventive maintenance, skilled teams, monitoring, public reporting, correction pathways and independent evaluation.

Section 06

Results

Measure service and outcomes—not assets alone.

KPI 01

Source-to-user balance
Baseline · target · actual · unit · source · period · distribution

KPI 02

Service equity
Baseline · target · actual · unit · source · period · distribution

KPI 03

Sewage safely treated
Baseline · target · actual · unit · source · period · distribution

KPI 04

Flood exposure
Baseline · target · actual · unit · source · period · distribution

KPI 05

Future supply gap
Baseline · target · actual · unit · source · period · distribution

Section 07

Risks and protections

Water interventions can transfer risk across people, places and time.

  • Risk: Informal areas omitted
    Prevention · accountable owner · trigger · remedy
  • Risk: Distant-source impacts hidden
    Prevention · accountable owner · trigger · remedy
  • Risk: Smart meters used punitively
    Prevention · accountable owner · trigger · remedy

15 questions, answered clearly

Questions about City Water Security

What does City Water Security focus on?

Cities often manage water supply, sewerage, stormwater and land growth in separate systems.

What changes does the page propose?

Publish a city water and wastewater flow account. Zone service, loss and quality performance. Integrate land use, drainage and groundwater. Plan reuse and demand management before new sources.

Which parts need to work together?

The proposed system connects Source and demand account; Treatment, storage and distribution; Leakage and household service; Sewerage, treatment and reuse; Stormwater, flood and recharge; Groundwater and future demand. Assign a responsible team, service standard, handoff and maintenance plan for each part

What local information is needed before taking action?

Record state, district, city/block, village/ward or supply zone; season and date; source or asset; affected users; observed service; measurement or sample method; photo/document where safe; and uncertainty. Never imply 100-metre accuracy unless the evidence genuinely supports it.

What could be causing the problem?

Possible causes to investigate include No unified urban water balance; Peripheral settlements excluded; Network condition unknown; Growth approvals ignore service capacity. Treat these as questions to test against local records and experience, rather than confirmed causes in every location.

What evidence should researchers collect?

Record the starting conditions, service records, affected users’ experience, costs and the source and date of each observation. Compare more than one explanation and state what is still uncertain. Use this evidence to assess City Water Security.

What could a first trial of City Water Security look like?

Create a complete water account for one urban zone including informal and peripheral settlements. Agree the place, responsible team, comparison, safety checks and measurement period before starting. The trial described here is a proposal, not a reported result.

How should improvement be measured?

The page proposes tracking Source-to-user balance; Service equity; Sewage safely treated; Flood exposure; Future supply gap. Define each measure, record the starting value and reporting period, then compare later results using the same method. Report who benefits and any harm or uncertainty.

What risks and safeguards need attention?

Informal areas omitted. Distant-source impacts hidden. Smart meters used punitively.

What is the suggested order of work?

Diagnose, protect, pilot, measure and build lasting services. 0–90 DAYS. Verify & protect. Confirm the location, affected users, service chain, immediate health or safety risk, responsible agency and existing evidence. 3–18 MONTHS. Controlled pilot. Create a complete water account for one urban zone including informal and peripheral settlements. 1–5+ YEARS. Durable system. Fund operations, preventive maintenance, skilled teams, monitoring, public reporting, correction pathways and independent evaluation. These stages are planning ranges. Actual timing depends on local conditions, resources, permissions and delivery capacity.

Who should take responsibility for delivery?

Information Required: the named organisation and accountable local team. Responsibilities must cover Source and demand account; Treatment, storage and distribution; Leakage and household service; Sewerage, treatment and reuse; Stormwater, flood and recharge; Groundwater and future demand. Assign an owner for each handoff, record how problems will be escalated, and agree who will fund and maintain the work.

What costs should be checked before approval?

Water imported from distant regions can hide local leakage and ecological cost. Define the responsible actor, operating standard, input, handoff, maintenance requirement, failure trigger and evidence record. Information Required: a local cost estimate, funding source and ongoing operating and maintenance budget. Include costs shifted to households or other services when comparing options.

How should access and fairness be checked?

Safety; Water balance; Affordability; Equity; Operations; Ecology; Climate risk; Accountability. Compare access, costs, safety and results across the groups affected in this location. Record missing information and correct exclusion before expanding the proposal.

When should the approach expand, change or stop?

Use the proposed measures — Source-to-user balance; Service equity; Sewage safely treated — to review benefit, harm, cost and the ability to keep the service working. Expand only when the evidence supports it; change a partly effective design and stop an unsafe or ineffective approach.

Does this page establish that the proposal has succeeded?

No verified local result should be inferred from the proposal alone. Information Required: a dated starting measurement, later results, costs, affected groups and an independent assessment. The proposed review should examine Source-to-user balance; Service equity; Sewage safely treated.