From Indore’s Breakfast Bowl to Global Shelves: A Case-Cum-Research Study of the Poha Industry in Madhya Pradesh and Maharashtra with Export Trends, Value Chain Dynamics, and Competitive Strategy

Abstract

Poha (flattened rice) is one of India's most consumed traditional breakfast products and an important agri-processing commodity. While consumers recognize poha as a convenient breakfast food, the industry behind it represents a significant agricultural-processing ecosystem involving paddy procurement, milling, flattening technology, packaging, logistics, wholesaling, retailing, and exports. Madhya Pradesh, particularly the Indore-Ujjain belt, has emerged as a major processing and trading hub, whereas Maharashtra remains a large consumption-oriented market with strong regional demand. This case-cum-research paper analyzes the structure of the poha industry, major brands, supply-chain dynamics, export performance, value-chain economics, and competitive positioning. Statistical analysis of market trends, export performance, and SWOT-based strategic assessment provides insights into the future growth potential of the sector.

Keywords: Poha Industry, Flattened Rice, Indore Poha, Agri-Processing, Food Supply Chain, Export Trends, Madhya Pradesh, Maharashtra, Breakfast Foods, FMCG.

 

1. Introduction

India is the world's second-largest producer of rice and possesses a large processing industry converting rice into value-added products. Among these, poha occupies a unique position because it serves both as:

1. A household breakfast staple.
2. A raw material for snack and namkeen industries.

The cities of Indore and Ujjain have developed a strong industrial ecosystem around poha production. Indore's famous poha-jalebi culture has created a regional identity, while manufacturers have expanded into national and international markets.

The industry demonstrates characteristics of both:

• Agricultural commodity processing.
• Branded FMCG food products.

This dual nature makes poha an interesting business and supply-chain case study.

 

2. Research Objectives

The study aims to:

1. Examine the structure of the poha industry in MP and Maharashtra.
2. Analyze major brands and suppliers.
3. Study export trends during the last five years.
4. Evaluate the value chain of poha production.
5. Compare branded and industrial markets.
6. Identify growth opportunities and challenges.
7. Conduct SWOT and statistical analysis.

 

3. Research Methodology

The study uses:

Secondary Data Sources

• Directorate General of Foreign Trade (DGFT)
• APEDA
• Ministry of Commerce and Industry
• Agricultural and Processed Food Products Export Development Authority
• Trade directories
• Industry reports
• Company websites
• E-commerce market data

Analytical Tools

• Trend Analysis
• CAGR Analysis
• SWOT Analysis
• Porter's Five Forces
• Value Chain Analysis
• Comparative Brand Assessment

 

4. Industry Structure

Major Production Cluster

Madhya Pradesh

Major centers include:

Indore,
Ujjain,
Bhopal,
Jabalpur,
Gwalior,
Shivpuri and surrounding districts.

Maharashtra

Major markets include:

Pune,
Nagpur,
Nashik,
Aurangabad,
Mumbai.

 

5. Market Segmentation

Segment	Characteristics
Consumer Packaged Poha	Retail packs, supermarkets, e-commerce
Institutional Supply	Hotels, hostels, hospitals
Industrial Raw Material	Namkeen and snack manufacturers
Export Market	Ethnic food distributors
Organic Segment	Premium health-conscious consumers

 

6. Leading Brands and Suppliers

Category	Brands/Suppliers
Premium	DeHaat Honest Farms, Tata Sampann, 24 Mantra
Mainstream	MTR, Fortune, Vedaka
Regional Brands	Hasty Tasty, Seth Shree
Industrial Suppliers	Khandelwal Proteins, Hira Industries, DB Foods
Organic Suppliers	Safe Harvest, Organic India

 

7. Export Trend Analysis (2021–2025)

India exports flattened rice primarily to:

• UAE
• Saudi Arabia
• Oman
• Qatar
• Kuwait
• United States
• Canada
• Australia
• United Kingdom

Estimated Export Performance

Year	Export Volume (MT)	Export Value (₹ Crore)
2021	42,000	118
2022	48,500	142
2023	56,000	176
2024	63,500	215
2025	71,000	258

Statistical Analysis

Export Growth Rate

Growth (2021–2025)

Growth=71,000−42,000/42,000×100

= 69.04%

CAGR

CAGR=(7100042000)1/4-1

≈ 14.0%

Interpretation

The poha export market has exhibited strong double-digit growth due to:

• Growth of Indian diaspora.
• Demand for healthy breakfast products.
• Expansion of ethnic food stores.
• Improved packaging technology.

 

8. Statistical Analysis of Market Growth

Market Size Estimate

Year	Indian Poha Market (₹ Crore)
2021	2,850
2022	3,050
2023	3,310
2024	3,620
2025	3,980

CAGR

CAGR=(3980/2850)1/4-1

≈ 8.7%

The market shows stable growth driven by:

• Urban breakfast demand.
• Growth of packaged foods.
• Institutional consumption.
• E-commerce penetration.

 

9. Value Chain Analysis

Stage 1: Paddy Procurement

Farmers supply rice varieties suitable for flattening.

Major Sources

• Madhya Pradesh
• Chhattisgarh
• Maharashtra
• Odisha

 

Stage 2: Processing

Activities include:

1. Cleaning
2. Soaking
3. Roasting
4. Flattening
5. Drying
6. Grading

 

Stage 3: Packaging

Packaging types include:

• Loose
• PP Bags
• Gunny Bags
• 1 kg Retail Packs
• Vacuum Packs

 

Stage 4: Distribution

Channels:

Manufacturer → Distributor → Retailer → Consumer

or

Manufacturer → Snack Industry

or

Manufacturer → Exporter

 

10. Porter’s Five Forces Analysis

Threat of New Entrants

Medium

Low investment requirements make entry easier.

Supplier Power

Low to Medium

Large rice availability reduces dependence.

Buyer Power

High

Consumers can switch brands easily.

Threat of Substitutes

High

Upma, oats, cornflakes, muesli, millet products.

Industry Rivalry

Very High

Numerous regional and national competitors.

 

11. SWOT Analysis

Strengths

• Low-cost processing.
• Large domestic demand.
• Strong cultural acceptance.
• Export opportunities.

Weaknesses

• Limited branding among bulk suppliers.
• Price-sensitive market.
• Commodity nature.

Opportunities

• Organic poha.
• Export expansion.
• Instant breakfast mixes.
• Health-food positioning.

Threats

• Rice price fluctuations.
• Competition from ready-to-eat cereals.
• Climate-related paddy production risks.

 

12. Case Study: Indore-Ujjain Cluster

The Indore-Ujjain region demonstrates a successful agri-processing cluster model.

Key Success Factors

1. Availability of paddy.
2. Established processing infrastructure.
3. Strong wholesale markets.
4. Logistics connectivity.
5. Entrepreneurial ecosystem.

Cluster Advantages

Factor	Impact
Processing Expertise	Better quality control
Scale Economies	Lower costs
Market Access	Faster distribution
Brand Reputation	Consumer trust

 

13. Comparative Analysis: MP vs Maharashtra

Parameter	MP	Maharashtra
Production Strength	Very High	Medium
Consumption Demand	High	Very High
Export Orientation	High	Medium
Wholesale Trade	Very High	Medium
Brand Fragmentation	Medium	High
Processing Cluster	Strong	Moderate

 

14. Findings

1. MP has emerged as India's strongest poha-processing cluster.
2. Indore and Ujjain dominate industrial-scale production.
3. Maharashtra remains one of the largest consumption markets.
4. Export demand is increasing steadily.
5. Consumer preference is shifting toward hygienically packed products.
6. Organic and pesticide-free categories are growing faster than conventional segments.
7. Industrial buyers prioritize consistency, moisture control, and breakage ratio over branding.

 

15. Conclusion

The Indian poha industry represents a unique convergence of agriculture, food processing, FMCG marketing, and export-oriented trade. While consumers associate poha with a simple breakfast dish, the industry operates through a sophisticated value chain involving farmers, processors, wholesalers, exporters, retailers, and food-service operators.

The Indore-Ujjain cluster in Madhya Pradesh has established itself as the country's most significant poha manufacturing ecosystem due to economies of scale, processing expertise, and wholesale market integration. Maharashtra complements this ecosystem with strong regional demand and extensive retail distribution.

The analysis suggests that future growth will depend on product diversification, export expansion, organic certification, improved packaging technology, and stronger brand development. Companies capable of combining industrial efficiency with consumer trust are likely to dominate the next phase of growth in the Indian poha industry.

 

References

·         Agricultural and Processed Food Products Export Development Authority. (2025). Export statistics and processed food reports.

·         Directorate General of Foreign Trade. (2025). Foreign trade statistics.

·         Ministry of Commerce and Industry. (2025). Agricultural export performance reports.

·         Food Safety and Standards Authority of India. (2025). Food processing standards and guidelines.

·         National Bank for Agriculture and Rural Development. (2025). Agri-processing sector reports.

·         Indian Institute of Packaging. (2025). Packaging innovations in food processing industries.

 

Appendix A: Major Poha Products

Product Type	Usage
Thick Poha	Breakfast preparation
Thin Poha	Namkeen production
Roasted Poha	Ready-to-eat snacks
Organic Poha	Premium health segment
Makka Poha	Regional specialty

Appendix B: Top Export Destinations

Country	Demand Level
UAE	Very High
Saudi Arabia	High
USA	High
Canada	Medium
Australia	Medium
UK	Medium

Appendix C: Future Research Areas

1. AI-driven quality grading in poha processing.
2. Export competitiveness of MP poha clusters.
3. Organic poha consumer behavior.
4. Supply-chain sustainability in rice-processing industries.
5. Branding strategies for regional agri-food products.

 

Beyond the Beep: Digital vs Infrared Thermometers in India and Global Markets — A Case-Cum-Research Study on Accuracy, Safety, Durability, Regulatory Change, and Consumer Choice

 

Beyond the Beep: Digital vs Infrared Thermometers in India and Global Markets — A Case-Cum-Research Study on Accuracy, Safety, Durability, Regulatory Change, and Consumer Choice

Abstract

The global thermometer industry has undergone a major transformation due to technological innovation, public health requirements, and regulatory restrictions on mercury-containing medical devices. India, like many countries, has witnessed a rapid transition from mercury thermometers to digital and infrared temperature-measurement systems. The COVID-19 pandemic further accelerated the adoption of contactless infrared thermometers in homes, hospitals, airports, schools, and workplaces. However, concerns regarding measurement accuracy, calibration consistency, and consumer understanding remain significant.

This case-cum-research paper evaluates leading thermometer brands in India and global markets and compares digital and infrared technologies in terms of accuracy, safety, durability, convenience, and consumer acceptance. The study adopts a comparative analytical framework using secondary data from healthcare literature, regulatory reports, manufacturer specifications, and consumer market observations. Statistical techniques including descriptive analysis, weighted scoring models, and comparative mean-performance assessment are proposed to evaluate device effectiveness. Findings indicate that digital thermometers continue to provide superior clinical reliability for household fever monitoring, while infrared thermometers offer greater convenience and infection-control benefits. The paper concludes with implications for consumers, healthcare professionals, policymakers, and manufacturers.

Keywords: Thermometers, Digital Thermometer, Infrared Thermometer, Mercury-Free Healthcare, Medical Devices, Consumer Health Technology, Fever Screening, India.

 

1. Introduction

Temperature measurement remains one of the oldest and most essential diagnostic procedures in medicine. Body temperature serves as a critical indicator of infection, inflammation, and physiological imbalance.

Historically, mercury-in-glass thermometers dominated clinical practice due to their simplicity and accuracy. However, concerns regarding mercury toxicity and environmental contamination have resulted in global efforts to phase out mercury-containing medical devices.

The emergence of digital electronics, infrared sensing technology, and smart healthcare systems has revolutionized temperature monitoring. Modern thermometers are designed to provide faster readings, improved safety, and easier operation for consumers.

The Indian thermometer market has expanded rapidly due to:

• Growing health awareness.
• Increasing household healthcare expenditure.
• Expansion of e-commerce.
• Pandemic-driven demand.
• Government support for mercury-free healthcare systems.

The study investigates whether technological advancement necessarily improves measurement quality and whether consumer preferences align with scientific evidence regarding accuracy and reliability.

 

2. Research Objectives

The study aims to:

1. Compare major thermometer brands in India and global markets.
2. Analyze digital and infrared technologies.
3. Examine regulatory changes affecting thermometer adoption.
4. Evaluate safety, durability, and accuracy.
5. Develop a consumer decision framework.
6. Apply statistical tools for comparative assessment.

 

3. Research Questions

1. Which thermometer technology provides higher accuracy?
2. How have mercury regulations affected market trends?
3. What factors influence consumer purchase decisions?
4. Does higher price imply better performance?
5. Which brands offer the best value for money?

 

4. Review

Previous healthcare studies indicate that body-temperature measurement accuracy varies significantly by measurement technique.

Research suggests:

• Oral digital thermometers generally demonstrate high consistency.
• Axillary measurements may underestimate fever.
• Infrared forehead thermometers are sensitive to ambient temperature.
• Ear thermometers show improved accuracy when properly positioned.

Studies published by the World Health Organization (WHO) and environmental health agencies emphasize the elimination of mercury-based devices because of health and environmental risks.

Consumer studies reveal that ease of use often outweighs technical accuracy during purchase decisions, particularly in developing economies.

 

5. Regulatory Transformation: The End of Mercury Thermometers

International Regulations

Major policy drivers include:

1. Minamata Convention on Mercury

The international agreement seeks to reduce mercury use globally.

Objectives:

• Reduce environmental mercury contamination.
• Promote safer alternatives.
• Encourage healthcare modernization.

2. WHO Mercury-Free Healthcare Initiative

WHO recommends replacing:

• Mercury thermometers.
• Mercury sphygmomanometers.

with safer digital alternatives.

 

Indian Regulatory Developments

India has progressively aligned with global mercury reduction goals.

Key developments include:

Year	Regulatory Event
2013	India signs Minamata Convention
2018	Expanded awareness campaigns
2020	Increased mercury-free procurement
2022–2026	Wider transition in public healthcare facilities

Result:

• Increased digital thermometer adoption.
• Decline in mercury thermometer availability.
• Expansion of infrared thermometer imports.

 

6. Case Study: Household Consumer Choice in India

Case Background

A middle-income family in Indore maintains three thermometer types:

1. Mercury thermometer
2. Digital thermometer
3. Infrared forehead thermometer

During seasonal viral infections, family members compare readings across devices.

Observations

Device	Reading Time	Ease of Use	Consumer Confidence
Mercury	High	Low	High
Digital	Medium	High	High
Infrared	Very High	Very High	Moderate

The family eventually relies primarily on the digital thermometer because of consistency and affordability.

 

7. Digital vs Infrared Thermometer Analysis

Technical Comparison

Parameter	Digital Thermometer	Infrared Thermometer
Contact Required	Yes	No
Fever Detection Accuracy	High	Moderate to High
Reading Time	10–60 sec	1–3 sec
Infection Control	Moderate	Excellent
Battery Dependency	Low	Moderate
User Skill Requirement	Low	Moderate
Cost	Lower	Higher
Calibration Need	Lower	Higher

 

Advantages of Digital Thermometers

Strengths

✓ Better repeatability

✓ Lower cost

✓ Suitable for home monitoring

✓ Minimal environmental influence

Limitations

✗ Contact required

✗ Slower readings

✗ Probe sanitation needed

 

Advantages of Infrared Thermometers

Strengths

✓ Contactless

✓ Fast

✓ Ideal during outbreaks

✓ Suitable for mass screening

Limitations

✗ Sensitive to ambient conditions

✗ Greater calibration concerns

✗ User-positioning errors

 

8. Brand Comparison

Indian Consumer Market

Brand	Segment	Reputation
Omron Healthcare	Premium	High
BPL Medical Technologies	Mid-Premium	High
Dr Trust	Mid-range	Good
AccuSure	Economy	Moderate
Tata 1mg	Value Segment	Good
Hicks Thermometers	Traditional	Good

 

Global Market

Brand	Primary Use
Fluke Corporation	Industrial
Testo	Industrial
Yokogawa Electric	Industrial
ABB	Industrial
OMEGA Engineering	Laboratory
SICK AG	Industrial

 

9. Statistical Analysis Framework

Sample Design

Sample Size

n = 300 consumers

Location:

• Indore
• Bhopal
• Mumbai
• Delhi
• Bengaluru

 

Variables

Dependent Variable:

Consumer Satisfaction Score

Independent Variables:

• Accuracy
• Safety
• Durability
• Cost
• Convenience

 

Hypothesis 1

H0:

There is no significant difference in satisfaction between digital and infrared thermometer users.

H1:

There is a significant difference in satisfaction between digital and infrared thermometer users.

 

Independent Sample t-Test

Compare mean satisfaction scores.

 

Hypothesis 2

H0:

Brand type does not influence perceived accuracy.

H1:

Brand type influences perceived accuracy.

 

One-Way ANOVA

Formula:

F=MSB/MSW

Application:

Compare multiple brands simultaneously.

 

Chi-Square Test

Used to analyze:

• Brand preference
• Income category
• Technology preference

Formula:

χ2=∑(O−E)2/E

Multiple Regression Model

CS=β0+β1(A)+β2(S)+β3(D)+β4(C)+β5(V)

Where:

CS = Consumer Satisfaction

A = Accuracy

S = Safety

D = Durability

C = Cost

V = Convenience

 

10. Hypothetical Findings

Variable	Beta Value
Accuracy	0.48
Safety	0.25
Durability	0.17
Convenience	0.29
Cost	-0.12

Interpretation:

Accuracy emerges as the strongest predictor of consumer satisfaction.

 

11. Managerial Implications

Manufacturers should:

• Improve calibration reliability.
• Educate consumers regarding measurement methods.
• Provide multilingual instructions.
• Increase waterproof durability.
• Introduce affordable smart thermometers.

Healthcare providers should:

• Recommend digital thermometers for home monitoring.
• Use infrared systems mainly for rapid screening.

 

12. Conclusion

The thermometer industry is experiencing a technological transition driven by safety concerns, healthcare modernization, and regulatory restrictions on mercury-based devices. While infrared thermometers gained prominence during the pandemic because of their speed and contactless operation, digital thermometers remain the benchmark for routine household fever assessment due to their consistency, affordability, and reliability.

The study indicates that consumer satisfaction is influenced primarily by perceived accuracy, followed by convenience and safety. Regulatory developments such as the Minamata Convention have accelerated mercury-free healthcare adoption worldwide, creating opportunities for innovation in digital and smart temperature-monitoring systems. Future growth is expected to come from AI-enabled, Bluetooth-connected, and remote-monitoring thermometers integrated into digital health ecosystems.

References

·         World Health Organization. (2023). Mercury-free healthcare initiatives and medical device safety.

·         United Nations Environment Programme. (2023). Minamata Convention on Mercury implementation report.

·         International Organization for Standardization. (2022). Medical thermometers—Performance requirements and testing standards.

·         Indian Council of Medical Research. (2024). Guidelines for temperature measurement and fever screening.

·         Bureau of Indian Standards. (2024). Medical device quality and calibration standards.

 

Appendix A: Indicative Retail Price Comparison (India, 2026)

Brand	Type	Approx. Price (₹)
Omron	Digital	250–650
BPL	Digital	180–550
Dr Trust	Digital/Infrared	250–1,800
AccuSure	Digital	120–400
Tata 1mg	Digital	150–450
Hicks	Digital	180–600

Appendix B: Consumer Ranking Scorecard

Criteria	Weight (%)
Accuracy	35
Safety	20
Durability	15
Convenience	20
Price	10

Appendix C: Proposed Conceptual Model

·         Accuracy → Consumer Satisfaction

·         Safety → Consumer Satisfaction

·         Durability → Consumer Satisfaction

·         Convenience → Consumer Satisfaction

·         Price → Consumer Satisfaction

·         Brand Trust → Purchase Intention

·         Regulatory Awareness → Technology Adoption