Eight Thousand Rupees and a Green Certificate
The eco-club of a school in Satara conducted an audit for one week in July. Findings: 27 taps out of 84 leak, losing an estimated 260 litres a day; the school's tanker supply costs Rs 4,500 a month; 2 of 6 toilet blocks have no running water after 11 a.m.; 640 plastic water bottles were sold at the inter-school sports day; the garden sprinkler runs for 45 minutes each morning regardless of rain; and the canteen throws away about 9 kg of cooked rice daily. The club has Rs 8,000 and one term. Three members propose: fix all taps; buy 300 steel bottles and give them to new students; install a rainwater harvesting pit. The principal wants a 'Green School' certificate before the October inspection, and the fastest visible change is a painted wall and a tree plantation on 15 August.
1. Rank the findings by the harm they cause against the effort needed to fix them. Show the calculation, and name what the audit does not tell you.
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Start with a common unit, because 'harm' and 'effort' are otherwise not comparable. The most useful units here are litres or kilograms saved per rupee spent, and harm to people, which is not traded against litres.
Leaking taps: 260 litres a day is roughly 7,800 litres a month. Washers and washers plus a plumber for 27 taps would plausibly cost Rs 1,200 to Rs 2,000, so this is the highest return in the whole audit and it can be finished in a week.
Canteen rice: 9 kg a day is about 45 kg a week of cooked food, thrown away in a country where the mid-day meal is a legal entitlement. The fix is a serving rule ('serve small, ask for more') and a conversation with the contractor, costing almost nothing. Rank it next, and note it is also a moral problem, not only a waste problem.
The sprinkler: 45 minutes daily regardless of rain is a rule problem, and a rain gauge plus a fixed schedule costs less than Rs 500. The 2 toilet blocks without water after 11 a.m. is a hygiene and equity failure, and arguably outranks all of the above on harm even though it is not the largest volume.
The steel bottles: 300 bottles at Rs 150 each is Rs 45,000, which the club cannot afford; the alternative is a deposit-and-return scheme for events. The rainwater pit is worthwhile but has the longest payback and needs technical design.
What the audit does not tell you: the actual flow rate of the leaks, whether the tanker cost scales with consumption, who controls the sprinkler tap, what the canteen contract says, and whether the 'certificate' is awarded on data or on appearances.
2. The principal's goal is legitimate but the means are weak. How should the club respond to an authority figure without either rebelling or simply obeying?
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Refuse the false choice between obedience and confrontation. Concede the goal openly, because it is a real goal: the school wants visible evidence of environmental commitment before an inspection, and a principal who is seen to care attracts support for the club's work later.
Then show that the goal can be met by better means. The taps cost roughly Rs 1,500, which leaves Rs 6,500 from the club's own funds. So the wall and the plantation are affordable after the repairs, not instead of them. Offer the principal a choice between two complete packages, not a refusal: package A is paint plus saplings now; package B is repairs, then a native-species plantation with drip irrigation, and the wall used to display the club's water audit. Package B still delivers a visible change by mid-August.
Give the principal the numbers on one page and ask for the Rs 1,500 from the maintenance budget rather than the club's fund, which is a reasonable institutional ask.
Add the honest point quietly: a certificate earned by painting a wall while 27 taps leak is a false signal, and inspections often ask for data. The club's audit is the school's best asset in that room. Frame the honest route as the safer route, not as the moral high ground, because the second framing invites a power struggle the club will lose.
3. A member says, 'If the school wastes water, my turning off one tap at home makes no difference.' Evaluate the argument.
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The claim confuses efficacy with responsibility. In pure volume terms, one tap at home saves a small amount, and that amount is real, not symbolic; the litmus test is whether the same reasoning would be acceptable if everyone used it.
Notice the structure: the argument makes my action conditional on other people's behaviour, which means that no one ever has to act first. That cannot be universalised, and it also exempts the speaker from a duty everyone else is held to. Waste is not cancelled by someone else's larger waste any more than a small theft is cancelled by a bigger one.
But there is a grain of truth, and the club should concede it. Personal habit change alone cannot fix a system: 27 leaking taps will not be fixed by everyone turning taps off harder. That is an argument for collective action, not for inaction, and the audit is the proof. Twelve students with a clipboard produced a fact (7,800 litres a month, Rs 4,500 of tanker water) that no amount of individual conscientiousness would have produced, and that fact can change a budget line.
So the correct reply is: at home the tap matters, and at school the rule matters, and the reason the rule can be changed is that somebody did the small work of counting.