Costlier LPG sparks quiet crisis in migrant homes in Delhi
A sudden LPG price hike in Delhi, driven by the West Asia energy crisis, sharply raises costs for migrant workers and low-income families. The article chronicles immediate household impacts and livelihoods as small 5-kg cylinders become less affordable, prompting shifts to alternative cooking methods.
Why It Matters
The rise exposes the vulnerability of migrant labor and informal economies that rely on affordable LPG, potentially pushing families back toward less clean energy and affecting daily livelihoods.
Timeline
2 Events
Migrant households and livelihoods feel the squeeze as LPG costs rise
The price rise is triggering distress across Delhi’s working-class neighborhoods. In Prem Nagar, 25-year-old painter Chandan Poddar, earning ₹18,000 a month and sharing a living space with nine others, now spends about ₹3,000 on a 5-kg cylinder that lasts roughly 10 days, making the previous cost structure untenable. In Chanakyapuri, Kushila Devi says her family will revert to wood and teach her daughters-in-law to cook on chulhas. Along the Yamuna in Chilla Khadar, several homes show unused 5-kg cylinders while wood fires burn in stoves. In Garhi village, earthmover driver Kundan Kumar quit his job because meals could not be cooked under the new costs and now does odd jobs near home, relying on a small cylinder for basic cooking with only a ₹1,000 salary increase providing little relief. Street vendors like Shiv Nath Prasad worry about potentially raising prices to cover LPG costs, risking customer loss. Students in North Campus report LPG shortages pushing residents toward induction cooktops, while black-market domestic cylinders reportedly fetch around ₹5,000.
LPG price hike after West Asia crisis
On Friday, amid high international energy prices due to the West Asia crisis, the price of commercial LPG (19 kg cylinder) rose 47.8% from ₹2,078.50 to ₹3,071.50, according to industry executives. The price of a 5-kg free trade LPG (FTL) would also rise in that proportion.