The Petrol Subsidy Arithmetic

پیٹرول سبسڈی کا حساب کتاب: ضوابط، خامیاں اور مالیاتی خطرات کا جائزہ

The Petrol Subsidy Arithmetic

A few days ago, I watched a press conference held by government representatives, including Shaza Fatima Khawaja, Attaullah Tarar and Ali Pervaiz Malik. I listened carefully, though it was difficult to sit through because it was repetitive, inadequately prepared and lacked the precision one would expect from an official briefing on a scheme involving billions of rupees of public money. The announced mechanism is this: Rs100 per litre relief; motorcycles, two- and three-wheelers receive five litres per week, while cars up to 800cc receive 10 litres every ten days, or 30 litres per month. Registration is through a SIM linked with the applicant's CNIC and vehicle information. Before buying petrol, the beneficiary sends 'TOK' to 9771 and presents the token at a petrol station. The ECC has initially approved Rs75 billion, while the petroleum minister has said the programme could cost roughly Rs25-30 billion per month. It is described as relief for 'lower-income segments', limited to non-commercial users and one vehicle per user, through a digital Fuel Pass System. As a student of law, however, I remain deeply sceptical. First, where is the poverty test? The registration process appears to verify mainly CNIC, SIM and vehicle registration. No publicly disclosed income threshold, NSER poverty score, salary check, tax-return test, asset test or BISP-style socioeconomic assessment appears to determine whether the applicant is actually poor. Owning an 800cc car does not establish poverty. A comfortable household may own several eligible vehicles through separate adult CNICs, while a genuinely poor household with no vehicle receives nothing. If the object is poverty relief, household economic circumstances should matter more than engine size. Second, 'minimum checks and balances' combined with a high-value digital token creates obvious leakage risks. Ease of access is desirable, but weaker registration controls require stronger point-of-sale verification. Unless the pump independently verifies the beneficiary, eligible vehicle, and transaction in real time, tokens could be forwarded, photographed, shared or otherwise misused. A fast digital process is not necessarily a secure one. Third, a digital transaction does not prove that petrol was actually dispensed. The system may record that 10 litres were sold, but a computer entry is not physical proof that 10 litres left the dispensing machine and entered the eligible vehicle. If reimbursement is based on digital records, a false entry can become a genuine government payment. Claims therefore need reconciliation with dispensing-machine data, POS records, fuel inventory, OMC deliveries and invoices. Petrol-pump and beneficiary collusion must also be anticipated. Fourth, petrol is fungible. Once purchased, subsidised petrol cannot realistically be distinguished from ordinary petrol. A Rs100-per-litre price gap creates an incentive to divert or resell it. Even modest leakage, multiplied across millions of beneficiaries, could become financially enormous. Technology may track the entitlement, but it cannot easily prove where the fuel is ultimately consumed. Fifth, the system is only as reliable as the databases behind it. Provincial vehicle records may include sold-but-not-transferred vehicles, scrapped vehicles, deceased owners, duplicate records, incorrect engine capacities or inactive registrations. A sophisticated platform cannot repair bad source data. Pakistan's experience with BISP, Utility Stores and other safety nets shows that backend data integrity remains a persistent vulnerability.

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