Several regions across India are witnessing a noticeable increase in the sale of traditional fuels such as timber and cow dung cakes. The trend comes amid disruptions in cooking gas supplies linked to global geopolitical tensions, highlighting how households adapt quickly when modern fuel availability becomes uncertain.
Reports indicate that the demand for these biomass fuels is rising in both rural and semi-urban areas as families look for reliable alternatives to liquefied petroleum gas (LPG).
What Is Driving the Spike in Biomass Fuel Sales?
The sudden increase in timber and cow dung cake sales is primarily connected to supply disruptions affecting LPG imports. Shipping movements through the strategically important Strait of Hormuz have been affected by regional conflict, slowing deliveries of fuel shipments to India.
India relies heavily on imported LPG, with roughly 60 percent of its cooking gas demand met through imports, making the country vulnerable to supply interruptions.
As a result:
- Some households have started stockpiling alternative fuels
- Panic buying has been reported in certain areas
- Demand for biomass fuels has increased temporarily
Experts note that in some regions, timber sales have surged, while others have seen increased purchases of cow dung cakes—both commonly used as traditional cooking fuels.
Government Response to the Fuel Situation
Authorities have taken several emergency measures to stabilize the situation and support households. These include:
- Allocation of additional kerosene supplies through the public distribution system
- Temporary permission for restaurants and businesses to switch to alternative fuels
- Prioritization of LPG supplies for essential services and domestic users
The government has also increased fuel availability for low-income families to prevent major disruptions in daily cooking needs.
Why Timber and Cow Dung Cakes Are Being Used Again
Biomass fuels such as firewood and dung cakes have been used in India for centuries, particularly in rural communities.
Cow dung cakes, for example:
- Are made from dried animal waste
- Provide a low-cost source of cooking energy
- Are widely available in agricultural regions
However, burning these fuels can produce higher levels of pollutants compared to cleaner fuels like LPG. Research shows that combustion of dung cakes releases significantly more harmful emissions than modern cooking gas.
Health and Environmental Concerns
Experts warn that increased use of traditional fuels could have negative consequences if the trend continues.
Potential risks include:
- Higher indoor air pollution
- Increased respiratory and heart health problems
- Greater environmental impact due to smoke and emissions
Specialists emphasize that the current shift is likely temporary and will reverse once LPG supplies stabilize.
Rural vs Urban Impact
The effects of the fuel shortage vary between rural and urban areas:
Rural areas
- More access to traditional fuels
- Greater reliance on biomass during shortages
Urban areas
- More dependence on LPG
- Limited alternatives besides electricity or kerosene
Energy experts say urban households may shift toward electric cooking if shortages persist, which could increase electricity demand nationwide.
Is This a Temporary Situation?
Most analysts believe the surge in timber and cow dung cake sales is short-term. As shipping routes stabilize and fuel supplies normalize, consumers are expected to return to cleaner cooking fuels.
Still, the situation highlights a broader issue:
energy security and dependence on imported fuel remain key challenges for India.
Conclusion
The recent rise in timber and cow dung cake sales across parts of India reflects how quickly households adapt during fuel supply disruptions. While the shift toward traditional biomass fuels is expected to be temporary, it underscores the importance of reliable energy supply chains and the need for long-term solutions such as renewable energy and diversified fuel sources.
For policymakers and consumers alike, the episode serves as a reminder that even modern energy systems can face sudden stress during global crises.
