Revival of Traditional Cooking Systems during LPG Supply Crisis in India (2026): A Comparative Research and Case Study of Chulha-Based Cooking vs LPG Cooking

 Revival of Traditional Cooking Systems during LPG Supply Crisis in India (2026):

A Comparative Research and Case Study of Chulha-Based Cooking vs LPG Cooking 

Abstract

The disruption in global LPG supply in early 2026 due to geopolitical instability in the Middle East triggered a temporary fuel crisis in India. This situation forced many households and small food businesses to reconsider traditional cooking methods such as cow dung cake fueled chulhas, earthen cookware, and slow cooking techniques. Historically, these methods dominated Indian kitchens before LPG adoption.

This research paper analyzes the nutritional, economic, environmental, and entrepreneurial implications of a temporary revival of chulha cooking. Using secondary market data, industry reports, and a conceptual case study of an Indore-based startup “GaonKiRoti Ventures,” the study compares chulha cooking with LPG cooking.

Findings suggest that while LPG provides convenience and cleaner combustion, traditional cooking methods using earthen pots and slow heat can improve flavor retention, reduce oil consumption, and create new rural entrepreneurship opportunities in cow dung fuel production, earthenware manufacturing, and heritage foods. The study concludes that hybrid models integrating modern safety with traditional cooking techniques may create sustainable culinary ecosystems in India.

 

Keywords

Traditional cooking, chulha cooking, LPG crisis, cow dung fuel, earthen cookware, rural entrepreneurship, sustainable fuels, heritage foods, dal bati cooking, eco-health lifestyle

 

1 Introduction

Cooking technologies evolve with economic development, urbanization, and fuel availability. In India, traditional cooking methods using biomass fuels such as wood, agricultural waste, and cow dung cakes dominated household kitchens for centuries. These fuels powered clay stoves known as chulhas, commonly used across rural India.

The introduction of Liquefied Petroleum Gas (LPG) revolutionized Indian kitchens in the late twentieth century by providing cleaner, faster, and more convenient cooking energy. Government programs such as the Pradhan Mantri Ujjwala Yojana expanded LPG access to millions of households.

However, fuel supply chains remain vulnerable to geopolitical disruptions. In March 2026, instability in major energy-exporting regions caused temporary LPG supply shortages, forcing households and food vendors to experiment again with traditional cooking systems.

This transition revived interest in:

• Cow dung cake fuel (gobar ki bati)
• Clay cookware and mud pots
• Traditional dishes like Dal Baati Churma
• Slow cooking techniques preserving nutrients

The situation also created new entrepreneurial opportunities in sustainable fuel markets, heritage food services, and traditional cookware manufacturing.

LPG Supply–Demand Gap Analysis (March 2026)

During the LPG supply disruption in March 2026, India faced a significant gap between the required supply and the available distribution of LPG cylinders.

Supply and Demand Situation

Category	LPG Cylinders (Number)
Required Demand	75,70,000 cylinders
Actual Supply	55,70,000 cylinders
Shortage	20,00,000 cylinders

Explanation

The estimated demand for LPG during the crisis period was 75 lakh 70 thousand cylinders, while the actual supply available in the market was only 55 lakh 70 thousand cylinders.

This created a shortage of approximately 20 lakh cylinders, representing a deficit of nearly 26% of total demand.

 

Analytical Interpretation

The shortage of 20 lakh LPG cylinders had several immediate impacts:

1 Household Cooking Disruption

Urban and semi-urban households that rely heavily on LPG for daily cooking faced delays in cylinder refilling. Many families had to switch temporarily to alternative cooking fuels.

2 Rise of Traditional Cooking Methods

Due to the supply shortage, households began reviving traditional cooking methods such as:

• Cow dung cake chulhas
• Wood-fired clay stoves
• Biomass cooking systems

These methods provided temporary solutions for cooking needs.

3 Impact on Food Businesses

Small restaurants, roadside eateries, and street food vendors experienced operational disruptions because LPG is their primary fuel source. Some vendors reduced operating hours or shifted to traditional cooking fuels.

4 Market Opportunity for Alternative Fuels

The shortage created demand for:

• Cow dung fuel cakes
• Biomass briquettes
• Clay chulhas and earthen cookware

This opened new entrepreneurial opportunities in rural and semi-urban areas.

 

Economic Insight

A supply deficit of 20 lakh cylinders indicates strong dependence on imported LPG and highlights the vulnerability of centralized fuel systems.

Therefore, diversification into renewable cooking fuels and traditional biomass-based cooking systems can improve energy resilience and rural economic development.

 

2 Research Objectives

The study aims to:

Examine the comparative health and nutritional effects of chulha cooking and LPG cooking.

Analyze market opportunities emerging from the revival of traditional cooking methods.

Evaluate environmental and economic impacts of cow dung based fuels.

Develop a case study model for entrepreneurship based on traditional cooking ecosystems.

 

3 Research Hypothesis

H1: Traditional slow cooking using earthen cookware preserves more nutrients and natural flavors compared to high flame LPG cooking.

H2: LPG supply disruptions create temporary market opportunities for traditional fuel industries such as cow dung cakes and earthen cookware.

H3: Hybrid cooking ecosystems combining modern safety with traditional cooking can generate rural employment and sustainable businesses.

 

4 Evaluations

Research on traditional cooking systems highlights both advantages and limitations.

Studies in Food Science show that slow cooking techniques can reduce nutrient degradation compared to rapid high-temperature cooking.

Research in Environmental Science suggests biomass fuels like cow dung produce renewable energy but may generate indoor air pollution if ventilation is poor.

Economic studies on rural enterprises emphasize that traditional products such as cow dung fuels, clay cookware, and heritage foods can create decentralized village economies.

Recent studies in Sustainable Development also highlight the revival of eco-friendly cooking as part of green lifestyle movements.

 

5 Methodology

This study adopts a qualitative research design based on:

• Secondary data from industry reports and market analysis
• Observational insights from rural cooking practices
• A conceptual entrepreneurship case study
• Comparative analysis of cooking systems

Data sources include market forecasts, cookware industry statistics, and rural enterprise models.

 

6 Traditional Cooking System: Structure and Process

Traditional chulha cooking consists of three main components:

1 Fuel

Cow dung cakes, agricultural residue, or wood.

Energy output: approximately 2100 KJ per dung cake.

2 Cooking Equipment

Clay or earthen cookware that distributes heat evenly.

3 Cooking Technique

Slow cooking with steady heat instead of high flames.

This system allows dishes like Dal Baati to cook slowly, enhancing taste and texture.

 

7 Nutritional Comparison: Chulha vs LPG Cooking

Parameter	Chulha Cooking	LPG Cooking
Heat intensity	Slow and steady	High flame
Nutrient retention	Higher due to slow cooking	Moderate
Oil usage	Lower due to natural moisture	Often higher
Flavor	Enhanced smoky flavor	Neutral taste
Cooking speed	Slow	Fast
Indoor air quality	Lower if poorly ventilated	Cleaner

Clay pots help maintain moisture, preventing excessive nutrient loss in lentils and vegetables.

Nutrient Retention

Slow heat allows lentils and grains to cook gradually, preserving micronutrients like:

• Iron
• Zinc
• Vitamin B complex

Earthen pots maintain moisture and mineral balance, which reduces the need for excessive oil or artificial flavor enhancers.

Flavor and Digestibility

Foods cooked in clay pots develop a natural smoky aroma that improves palatability and may enhance digestion.

However, prolonged smoke exposure from traditional chulhas can increase risks of respiratory diseases such as Chronic Obstructive Pulmonary Disease if kitchens lack ventilation.

Thus, improved chulha designs are essential to combine health benefits with safe cooking environments.

 

8 Market Dynamics

India's cookware industry is expanding rapidly due to rising interest in eco-friendly products.

Segment	2024 Market Size (USD Mn)	Forecast (2030–2033)	CAGR
Cookware	913	1388–5700	4.7–8.8%
Cow dung products	857	1350	6.7%
Earthen cookware	Small niche	2–3× growth	7–9%

Drivers include:

• Health awareness
• Sustainability movements
• Heritage cuisine revival
• Rural entrepreneurship programs

 

9 Case Study: “GaonKiRoti Ventures” (Indore)

An entrepreneur in Indore launches a startup during the LPG shortage.

Business Concept

Subscription-based traditional cooking kits.

Each kit includes:

• Cow dung fuel cakes
• Clay cookware
• Dal bati mix
• Traditional recipe guide

Target Market

Urban households nostalgic for village food.

Pricing

₹500 monthly subscription.

Supply Chain

Dung cakes sourced from rural farms in Madhya Pradesh.

Rural women produce bati and clay products.

 

10 Financial Projection

Year	Revenue (₹ Lakh)	Cost (₹ Lakh)	Profit (₹ Lakh)
2026	50	30	20
2027	120	70	50
2030	300	150	150

Profit margins increase due to scaling and brand recognition.

 

11 Entrepreneurial Opportunities

The revival of traditional cooking creates multiple startup possibilities:

1 Cow Dung Fuel Production

Premium packaged gobar fuel for urban households.

2 Earthen Cookware Manufacturing

Clay pots, tandoors, and slow cooking vessels.

3 Heritage Food Delivery

Traditional meals cooked on chulhas.

4 Culinary Tourism

Village cooking experience centers.

 

12 Challenges

Despite benefits, traditional cooking systems face constraints:

• Indoor smoke pollution
• Urban space limitations
• Fuel storage requirements
• Competition from electric cooking appliances

Innovations such as improved smokeless chulhas may address these issues.

 

13 Discussion

The LPG crisis demonstrates how energy disruptions can revive forgotten traditional technologies.

Instead of viewing traditional cooking as backward, it can be reframed as:

• Sustainable
• Flavor rich
• Rural employment generating
• Entrepreneurial

Hybrid cooking systems integrating LPG, biogas, and traditional fuels may represent the future.

 

14 Conclusion

Traditional cooking systems powered by cow dung cakes and clay cookware represent an important part of India’s culinary heritage. While LPG remains the most convenient cooking fuel, supply disruptions reveal the resilience of traditional technologies.

The revival of chulha cooking presents opportunities in sustainable fuels, rural entrepreneurship, and heritage cuisine markets. Policymakers and entrepreneurs should explore hybrid models combining traditional cooking practices with modern efficiency and safety standards.

Such models can strengthen rural economies, preserve cultural heritage, and contribute to sustainable cooking ecosystems.

Energy Security Perspective

Energy security plays a crucial role in household cooking systems. India imports a significant share of its LPG from global energy markets, making domestic kitchens vulnerable to international supply disruptions.

Major suppliers include countries such as Saudi Arabia, Qatar, and United Arab Emirates. Any geopolitical instability in these regions can affect domestic LPG availability and pricing.

Traditional fuels such as cow dung, biomass, and agricultural residue are locally available renewable energy sources that reduce dependence on imported fuels. During crises, these fuels act as energy resilience mechanisms for rural and semi-urban households.

Thus, diversification of cooking energy sources can improve household-level energy security.

 

Environmental Sustainability Analysis

Traditional fuels have both environmental advantages and limitations.

Positive Environmental Aspects

Cow dung is a renewable biomass resource.

Utilizing dung as fuel reduces unmanaged waste in rural areas.

Ash residue from chulhas can be reused as fertilizer.

Clay cookware is biodegradable and environmentally friendly.

Environmental Concerns

Open chulhas produce particulate emissions.

Indoor air pollution may increase respiratory risks without ventilation.

Excessive biomass use could lead to deforestation if wood is the primary fuel.

Therefore, improved smokeless chulha technology can combine sustainability with health safety.

Rural Employment and Women Empowerment

The revival of cow dung fuel markets can generate significant rural employment.

Rural women traditionally produce cow dung cakes as part of household activities. Organized production through self-help groups can convert this activity into an income-generating enterprise.

Government programs led by organizations such as National Rural Livelihood Mission encourage women-led microenterprises in rural areas.

Potential benefits include:

• Increased rural household income
• Women entrepreneurship development
• Local circular economy creation

This model aligns with village-based sustainable development strategies.

 

 

References (APA Style)

FAO. (2022). Biomass energy and rural cooking systems.

International Energy Agency. (2023). Household energy transitions in developing economies.

Ministry of Petroleum and Natural Gas, Government of India. (2024). LPG consumption trends in India.

World Bank. (2023). Clean cooking energy transitions.

Cookware Market Report. (2024). Global cookware industry outlook.