Ind. Jn. of Agri. Econ.

Vol.68, No.3, July-Sept. 2013

Food Safety Regulatory Compliance in India:

A Challenge to Enhance Agri-businesses
M.S. Jairath and Purnima Purohit*
ABSTRACT

The present paper is an attempt to understand the level of food safety regulations in food businesses and
its compliance in India to assess the prospects of food businesses under the surveillance of Indias new
Food Safety and Standards Act, 2006. The study finds that in the second quarter of 2006, the country had
witnessed a new initiative of enactment of the latest Act, the Food Safety and Standards Act, 2006 (No.
34 of 2006), under the Ministry of Health and Family Welfare that integrates the existing eight of the food
laws. It brings about one statute under a single apex regulatory authority known as Food Safety and
Standards Authority of India (FSSAI). The study also highlights that food safety law is poorly
implemented in the country specially in case of marketing of fruits and vegetables. The availability of
modern infrastructure like scientific ripening chambers for fruits and vegetables has not been provided by
the local Government even in modern markets. The lack of scientific ripening chambers to meet
international safety standards in the modern market clearly indicates that even in the modern markets of
India food safety issues appears to be neglected. It is suggested that there is a strong need to have (i)
Special budget for building soft and hard infrastructure; (ii) Attract more Private-Public-People
partnership to undertake awareness programmes, sensitisation and capacity building on risk
communication in both perishables and non-perishables food items; (iii) Set up accredited network of
laboratories with skilled manpower to conduct scientific testing for the primary perishable agricultural
commodities; (iv) APMCs to ensure a premium payment for better quality graded produce to the farmers
as an incentive to follow and innovate more of the food safety norms, while providing modern
infrastructural facilities to both traders and farmers; and (v) Explore innovative models of management,
for instance, the state government may consider pilot project to lease out the regulated market to private
agri-businesses. The regulatory authorities in turn assume an advisory and regulatory role to make sure
that safety norms in that market are as per the law and provide supporting infrastructure. Build
Consumers Trust by (vi) Gradually introducing city-based scheme to restrict sale of lose food items; (vii)
Sensitize public about food-safety risks and possible way out for prevention by involvement of consumer
organisations; (viii) Mandatory record keeping by implementation authorities for monitoring,
effectiveness of law enforcement and food surveillance activities; and (ix) Encourage prescriptive based
sale of controlled chemicals at registered places; (x) Set-up an exclusive committee to frame a set of good
and hygienic practices for all activities undertaken in market of fruits and vegetables; (xi) Train and
educate farmers on personal hygiene along with safe application of pesticides and efficient spray
technology as an attempt to prevent contamination in fields; (xii) Integrate small farm owners and traders
in India into food safety and quality networks by establishing more number of supermarkets that may help
both managing traceability issue; and (xiii) Generating awareness through learning-by-doing process. The
suggestions offered above, if implemented, would lead to fostering agri-business both in the domestic and
international markets.
Keywords: Food business, food safety measures, health hazards
JEL Classification: Q13, Q17, O19

*Director, National Institute of Agricultural Marketing, Ministry of Agriculture, Government of India, Jaipur-
302 033 (Rajasthan) and Research Scholar, Institute of Development Policy and Management, University of
Manchester, U.K.
432 INDIAN JOURNAL OF AGRICULTURAL ECONOMICS

INTRODUCTION

Since the end of 1990s, Indias economy has grown impressively. It is largely
accepted that growth took off mainly due to gradual structural transformation of the
Indias regulated economy in the post-reform period. While there was a clear change
in economic policy towards delicensing and deregulations in the industrial sector,
agricultural policy by contrast lacked direction and was marked with confusion
(Chand, 2005). Agriculture in India has therefore faced adverse trade environment
after the liberalisation process. Today, most of the growth in the economy accounts
from services and manufacturing sectors and agriculture is lagging behind. Thus,
policy attention is now focusing back on agriculture out of concern about how to
improve the agricultural performance, food security and its role in economic
development. There is a lot of debate and pressure on undertaking institutional
reforms for sustainable agricultural development and poverty alleviation. Much of the
emphasis in this regard rests on ways to enhance the level of agribusiness to improve
the conditions of Indian agriculture. More recently, with increasing
commercialisation of agriculture and integration of domestic markets into global food
and agribusiness system, the issue of food safety regulations in the country is
becoming a matter of public debate. On one side, India is one of the worlds largest
producers as well as consumer of food products that has huge potential to
contributing to not just the development of its economy but to the development of the
global economy. On the other hand, Indias capability to supply safe food to regain
its growth in agriculture is an important concern.
Internationally, Indias presence in the global market in terms of both raw
agricultural produce and processed products is growing. Although India attempts to
meet food hygiene regulations within the border for the export products, a level of
uncertainty and fear of rejection of export consignment at the international border
exists as there is a lack of harmonisation of food standard regulations between India
and the global world. Nationally, it is no more in Indias favour to continue
production and supply of food which is poor in quality in the disguise of small
producers set of conditions. Nor can it afford to argue within the country boundaries
that the purpose of producing food is to achieve minimum food objective of feeding
its billion people population. The nutrition and safe food objective is equally
important because unsafe food is making people ill which deepens the burden of
poverty (Narain, 2013).
Globally, food needs has gone beyond merely supplying food, to safe to eat
(Prakash, 2013). Consumers expect that domestic and imported foods meet the basic
quality and safety standards and requirements related to food hygiene, labeling and
certification, use of food additives, limits for pesticide residues etc. Scientific
developments have allowed a better understanding of the nutritional qualities of foods
and their health implications. This has led consumers to become more discriminating
 FOOD SAFETY REGULATORY COMPLIANCE IN INDIA 433

in food matters and to demand protection from inferior quality and unsafe foods (UN-
ESCAP, 2008; FAO, 1999). Food safety is developing into one of the most urgent
issues that confront the international community due to increasing globalisation of
trade in food. While international regulations are available for almost all categories
of products, there are variations in regulations followed by individual member
nations, including India, as they are free to adopt, modify or have their own
regulations (Prakash, 2013). Consequently, it is not unusual that the apprehension
about the quality standards of food safety systems of both small and big developing
countries like India persist. They are considered not always as well organised and
developed as in the industrialised world. A food safety problem in one part of the
world, thus, could pose serious concerns for other parts also.
At the same time, food safety in agriculture is becoming a prevalent concern for
the Indian agriculture due to the countrys several trade obligations under the World
Trade Organisation (WTO), particularly, WTOs Agreements on Application of
Sanitary and Phytosanitary (SPS) Measures and Agreement on Technical Barriers to
Trade (TBT) have significantly altered the international rule-making environment for
food safety. The gradual cuts in tariff rates on agricultural products by the developed
countries under the Agreement on Agriculture are replaced by higher compliance of a
number of technical measures such as food safety regulations, labeling requirements,
quality and compositional standards. Figure 1 on rate of notification of technical
measures since 1995 to the WTO illustrates the challenges that are growing for India
to meet the regulatory requirements of importing countries. In 2010 alone, WTO
members notified 1,419 new or amended technical regulations and conformity
assessment procedures to the WTO (WTO, G/TBT/29, 2011). Failure to meet the
standards and exporting poor-quality and unsafe food to developed countries leads to
rejection of shipments, depriving it of foreign exchange, causing trade repercussions
and loss of income-source for rural and urban workers in agriculture and agro-
industrial sectors.
In the light of global perspective of food safety, India has initiated some degree
of long-term national strategies to establish its food safety control system. However,
there are issues and challenges for India in improving the overall food security of the
population and the food trade within as well as outside the country.
It is well-known that the benefits of food safety regulations depend on law-
enforcing authorities implementing the regulations and monitoring the compliance. It
is crucial to have a good understanding of the level of food safety regulations in food
businesses and its compliance in India to assess the prospects of food businesses
under the surveillance of Indias new Food Safety and Standards Act, 2006. This
paper therefore aims to assess the level of food safety regulations in India in terms of
its harmonisation with international standards. In particular, we attempt an appraisal
of food safety system of India to gauge its effectiveness and response to the changing
face of global agri-business. We focus on the level of food safety norms for domestic
434 INDIAN JOURNAL OF AGRICULTURAL ECONOMICS

and international trade and adequacy of infrastructure for scientific food handling to
our analysis.

2000
1800
1600
1400
1200
1000
800
600
400
200
0


1995 1996 1997 1998 1999 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010

Notification Addenda/Corrigenda
Source: WTO, G/TBT/29, Sixteenth Annual Review of the Implementation and Operation of the TBT
Agreement, March 8, 2011.
Figure 1. Notification of technical measures to WTO, 1995-2010

The plan of the paper is as follows: Section II describes the approach of the paper
and data reference. Section III reviews the Food Safety Objective (FSO), a standards-
related process adopted by the developed countries. The fourth section assesses the
infrastructural capability of the Indian food safety regulations and implementation of
the norms by the use of a case on ripening chambers for fruits and vegetables in arid
India. The last section explores the potential options and opportunities to improve
food safety system of India effectively.

II

APPROACH, RATIONALE AND METHOD

In this paper, we use primary and secondary sources of information as evidence

to study and assess some of the key features of the food safety standards of Indias
informal (local agricultural produce marketing) and formal (agricultural exports) agri-
businesses. The paper uses information on (i) collection of records of irregularities in
artificial ripening of fruits across Indian states, reported in key national dailies
specifically in 2010. The year 2010 was chosen to trace the food safety events in the
country through national dailies to be able to link food safety events with the new
statute Food Safety and Standards Act, 2006 (No. 34 of 2006), enacted under the
Ministry of Health and Family Welfare, (ii) adequacy of marketing infrastructure to
address food safety norms in the agricultural markets, (iii) Number of reported food
borne diseases-cum-accidents in arid India with specific focus on urban city in the
time-period 2008 to 2010, (iv) The study also make use of a number of import
detentions in 2010 by the United States Food and Drug Administration (US FDA):
 FOOD SAFETY REGULATORY COMPLIANCE IN INDIA 435

the only agency which makes such data public through a monthly import detentions
list, to assess Indias food quality and safety issues in the international food exports.
It also considered the number of import rejection of Indian products on account of
food safety problems by the EU in the analysis.
For the primary data evidence, the study has selected the capital city of northern
state of Rajasthan Jaipur as it fairly represents a growing urban market set-up that
can represent suitable apprentice to examine if urban cities in India are making
themselves organised in a way as to meet the rising demand for safer food. In terms
of institution for agricultural marketing, Jaipur is one of the few cities that has
separate Agricultural Produce Market Committee (APMC) for fruits constituted
under the State APMC Act,1 1961. It is equipped with state-of-art modern
infrastructure facilities, dealing exclusively with marketing of the fruits and
vegetables, and the same is emerging for exports of fresh fruits and vegetables. The
paper focuses on safer fruits and vegetables because of several reasons: (a) There is
structural change in the composition of world trade in agricultural and food products,
with exports leaning towards high-value foods such as fruit and vegetables, poultry,
and fish (Fafchamps et al., 2006; Athukorala and Jayasuriya, 2003; Watts and
Goodman, 1997); (b) India is the second largest producer of fruits and vegetables and
it forms one of the major agricultural export products. (c) India has come to realise
that it can take advantage of international trade liberalisation to export agricultural
products but experts view that the ability of India to maintain or expand its world
market share will depend on its ability to meet the demands of the world trading
system, not only in terms of competitive prices but also quality and safety standards
(Henson and Loader, 2001); (d) the pattern of domestic demand is evolving and as
India gets richer, consumers are getting more interested in fruits and vegetables and
they demand for better and safer food quality. Due to lack of research data over time,
the analysis relied on descriptive information and statistics.

III

UN AND WHO GUIDELINES ON FOOD SAFETY

Safety is not defined as a situation with total absence of hazards. According to

the Food and Agricultural Organization of the UN and World Health Organisations,
food safety refers to all those hazards, whether chronic or acute, that may make food
injurious to the health of the consumer (FAO/WHO, 2002). In an increasingly
complex system of global food market, any food may become unsafe if it is not
produced or handled with proper hygienic practices. In recent past, the instances of
food accidents illustrates that once the outbreak of contamination occurs, a complete
sanitisation of produce gets difficult and it is not easy to trace the source of the
problem within the global food chain system. A food safety problem in one part of
the world could have serious implications for many others. In order to combat and
manage food borne hazards, monitoring and surveillance through food regulations in
436 INDIAN JOURNAL OF AGRICULTURAL ECONOMICS

the food production system are therefore considered as a way to reduce the food
safety risks or for prevention of food contamination beforehand.
The food industries in several nations are adopting the international concept of
Food Safety Objective (FSO)2 to manage food risks hazards. It is recognised that the
entire food chain of production and distribution holds the responsibility to supply safe
and healthy food. Efforts are made to harmonise food control legislation between
countries to ensure that consumers are assured a certain quality and level of safety
wherever that food is produced in the process of globalisation of the food supply
(Davies, 2001). In line with the globally accepted norms, many developing countries
including India are taking steps to undertake food safety programmes. In India,
however, emphasis of food safety control system has been on the exportable food
items. The food quality for the export market varies from the food marketed in the
domestic market. The level of harmonisation of food safety standards for the
domestically marketed produce in India differs extensively, which has implications
for agri-businesses. The study has reviewed this in detail in the following section.

IV

INSTITUTIONAL STRUCTURES OF FOOD SAFETY IN INDIA: BRIDGING THE GAP

4.1 The Indian Food Safety System vis--vis International Objective of Food Safety

Until recently, effectiveness of food control in the Indian domestic market was
found to be severely undermined by the existence of multiple jurisdictions, and
weaknesses in surveillance, monitoring and enforcement. Several of these food laws
were enacted under different ministries in India that had their own rules and orders,
which created a perplex and sometime contradictory environment for the food
business sector.3 Thus, despite a notable list of food legislations4, not much could be
achieved in terms of food safety and consumers protection in the country. In the
second quarter of 2006, the country witnessed a new initiative of enactment of the
latest Act, the Food Safety and Standards Act,5 2006 (No. 34 of 2006), under the
Ministry of Health and Family Welfare that integrates the existing eight food laws
(see Table 1). It brings about one statute under a single apex regulatory authority
known as Food Safety and Standards Authority of India (FSSAI) with minor
revisions, while adding the key provisions to further strengthen food safety
regulation. The Central Government notifies Food Safety and Standards Rules,6 2011
on May 5, 2011. This new initiative lays down science-based standards for better
food quality control. The Act is based on international legislations, instrumentalities
and Codex Alimentarius Commission. It is divided in 12 chapters containing 101
sections and two schedules that provide key provisions to improve food safety in
primary food from production to consumption.
 FOOD SAFETY REGULATORY COMPLIANCE IN INDIA 437

TABLE 1. INDIAS FOOD REGULATORY FRAMEWORK UNDER MULTIPLE MINISTRY

Sl.No. Food Laws Implementing Ministry

(1) (2) (3)
1. The Prevention of Food Adulteration Act, 1954 (37 of 1954). MOHFW a
2. Fruit Products Order, 1955. MOFPI b
3. Meat Food Products Order, 1973. MOFPI b
4. Vegetable Oil Products (Control) Order, 1947. MCFPD c
5. Edible Oils Packaging (Regulation) Order, 1998 MCFPD c
6. Solvent-Extracted Oil, De-Oiled Meal, and Edible Flour (Control) Order, 1967 MCFPD c
7. The Milk and Milk Products Order, 1992. MOAGL d
8. Any other order issued under the Essential Commodities Inter-ministerial through
Act, 1955 (10 of 1955) relating to food. issuance of control orders
Source: www.fssai.gov
Note: a Ministry of Health and Family Welfare.
b Ministry of Food Processing Industries.
c Ministry of Consumer Affairs, Food, and Public Distribution.
d Ministry of Agriculture.
e Ministry of Women and Child Development.

The excerpts from the Act such as the Chapter IV, Section 19-25 of the Act
includes some of the key provisions to improve food safety in primary food from
production to consumption. For instance,

(1) Section 21 of the Act states that foods are not to contain any insecticides or
pesticides residues, veterinary drugs residues, antibiotic residues, solvent
residues, pharmacological active substance and micro-biological
contaminants in excess of limits prescribed under the regulation. One
important clause of the Act imposes liabilities on the manufacturers, packers,
wholesalers, distributors and sellers if a food article fails to meet the
requirements of this Act. It provides for graded penalties where offences of
manufacturing, storing or selling of misbranded or sub-standard food is
punished with fine, and more serious offences with imprisonment. The Act
also compels the establishment of food recall procedures.

The enactment of the new comprehensive legislation is a clear indication of

progressive change in the Indian food regulatory system. The Act discernibly
embraces the concept of International Food Safety Objective (FSO)7 that offers
flexibility of food safety operation to the Indian food businesses to manage food risks
hazards in the global competitive market. The Act and Rules enables regulators to
better develop and implement inspection procedures to assess the adequacy of control
measures implemented by the businesses. For instance, the Act aims to register/issue
licenses to all the food business operators in the country including the small, medium
or even temporary vendors in streets, in order to trace and control quality of food. In
this context, as per Clause No. 1.2.1(5) of FSS (Licensing and Registration of Food
Businesses) Regulation, 2011, State Food Safety Commissioner may involve officials
438 INDIAN JOURNAL OF AGRICULTURAL ECONOMICS

of Panchayat, Municipal Corporations, NGO or any other local body in an area as

registration authority under the Act.
In terms of enforcement of the FSS Act, 2006 at the state level, we get a mixed
picture. Table 2 presents de jure appointment status of the officials to operationalise
the Act. The official document notes that almost all states have appointed Food
Safety Officer and started operation of license and registration of food business
operators in the states. Availability and accessibility of food labs for implementation
of FSS Act can be gauged from information given in Annexure I. There are only 70
labs existing in the country, out of which, nearly 27 per cent are in Maharashtra
alone and another 41 per cent are located only in five States, viz., Andhra Pradesh,
Gujarat, Rajasthan, Tamil Nadu and Uttar Pradesh. The spread of food labs in the
country has been observed as uneven and there is absence of food labs in 10 States
and UT. The availability of food lab in relation to agricultural production has been
observed to be not even one for handling agriculture and horticulture produce.
Similarly their accessibility in terms of availability of food labs per 00 sq.km. works
out to 0.002128. This indicates the basic infrastructure for implementation of
provision of FSS Act is abysmally low. Nonetheless, the process and progress of
implementation of the FSSAI is extremely slow. Although it has been more than six
years since the establishment of the FSSAI, the result framework document (RFD)
for the food sector is yet to be completed. In fact, development of rules, regulations
and guidelines to enforce and implement most of the provisions and objectives of the
RFD is yet to be drafted. Such marked delays have direct implications on the ground,
which we discuss in the next sub-section. One official data show that the expected
number of food business operator to be licensed or registered under FSS Act, 2006 is
approximately 5.5 crore, but till date only 2 per cent target is achieved.

TABLE 2. ENFORCEMENT OF FOOD SAFETY ACT, 2006

Food Safety Commissioner Appointed in all States/UTs

(1) (2)
Designated Officer Appointed in all States/UTs (to confirm Qualifications)
Food Safety Officer Appointed in all States/UTs except Daman & Diu and Sikkim
Special Cadre States to provide their Food Safety Organisation Structure
Adjudication Officer Appointed in all States/UTs except Arunachal Pradesh, Assam, Chandigarh,
Dadara & Nagar Haveli, Daman & Diu, Jharkhand, Kerala, Meghalaya, Mizoram,
Nagaland and Orissa
License & Registration Started in all States/UTs except Delhi, Lakshadweep, Manipur, Orissa and
Nagaland
Sample Collection The following States have not started with the food sample collection process:
Assam, Haryana, Himachal Pradesh, Kerala, Madhya Pradesh, Manipur, Nagaland,
Orissa, Punjab,Rajasthan, Sikkim and Tripura
Steering Committee Constituted in Meghalaya, Tripura, Mizoram and Andaman & Nicobar Islands. In
Uttarakhand only State level Steering Committee has been constituted.
Himachal Pradesh is in process of constituting the Committee.
Tribunal Established in Tripura, Delhi, and Andhra Pradesh.
Maharashtra, Chattisgarh, Gujarat, Uttar Pradesh and West Bengal are in the
process of establishing Tribunal.
Source: Food Safety and Standards Authority of India, 2013.
 FOOD SAFETY REGULATORY COMPLIANCE IN INDIA 439

4.2 Implementation for Food Safety in Agricultural Produce: Present Indian Scenario

With much effort so far in laying down the legal food standards by the Indian
Government and the legislative body, the issue of implementation of the orders and
instructions by the authorities remains a concern. The Prime Minister of India
initiated the process of the new Act in 2002 by constituting the task force to review
Indias food and agro industries management policy. For time needed before the new
Food Safety and Standards Act with rules is enforced, existing rules and regulations
under the number of Acts of different Ministries continued to be in force. The
initiative per se was a clear spelt-out to all concerned departments of food regulation
across the country that food safety in the Indian states is a major problem in food
businesses. All states must ensure consumer protection and ensure overall food safety
through standards and guidelines in relation to safe food compliance. On the contrary,
we document a number of cases relating to artificial man-made contamination of food
with pesticide residue, heavy metals and mycotoxins bringing a great menace to the
health and well-being of the local community in the country, even during the years of
run down to adoption of the new Act. The food safety initiative did not work as a
deterrent for those food handlers who knowing or unknowingly caused unsafe and
unhealthy food in the food market. The study has collected the evidence of abuse of
food safety norms and incidence of food-borne illness to highlight the potential lapse
on the implementation of food safety norms and regulations.
In June 2010, the Union Health Ministry of India asked the state authorities to
keep a strict vigil on the use of carbide gas8 for ripening fresh raw fruits. It is a
common local market knowledge that traders, retailers and sometimes even growers
use unscrupulous methods to ripen fruits artificially in order to ensure a regular
supply of fruits much before their due time and get high prices for them. Under the
Rule 44 AA of the Prevention of Food Adulteration (PFA) Rules, 1955, use of such
chemicals is prohibited in India. The Ministry issued a circular to all state food
authorities, with the Food Safety and Standards Authority of India (FSSAI) stressing
the need to take legal action for violation of the PFA rules. The Ministry announced
that sale of any adulterated and misbranded article of food was an offence punishable
with minimum imprisonment of six months and with a fine that shall not be less than
INR 1,000. In case adulterated food stuff causes death or grievous hurt, the offence
was punishable with imprisonment which might extend to term of life and with fine
which shall not be less than INR 5,000. Enforcement authorities in the states have
been informed that circumstantial evidence of presence of calcium carbide in
godowns/wooden crates/premises kept together with fruits may be evidence of
artificial ripening for the courts. The FSSAI also circulated a copy of procedure for
detection of acetylene in godowns or treatment chambers.
In our review of select cases of marketing of unsafe fruits and vegetables reported
in national dailies since 2010 and other private studies, we find that food safety law is
poorly implemented in the country. There is no access to official public records of the
440 INDIAN JOURNAL OF AGRICULTURAL ECONOMICS

cases but reported news items and research studies in Table 3 may represent current
practices in implementation of food safety norms in the country. The news covered in
the national dailies reveal that food safety law is violated under the administrative
parlance of domestic regulated wholesale markets. It seems that officials pay little
attention to accepted protocols and food regulations because of low level of
awareness amongst them about safe food ripening procedures. It is possible that clear

TABLE 3. CASES OF SALE OF UNSAFE FRUITS AND VEGETABLE IN THE DOMESTIC

MARKETS OF INDIAN STATES

Products Place of Source and

Sl.No. State Hazard category involved irregularity Culprits date of reporting
(1) (2) (3) (4) (5) (6) (7)
1. Vasco, Goa Use of chemical mangoes and Three Fruit Private traders The Navhind
calcium carbide other fruits Go-downs of the Times, June 17,
(powder) for Regulated 2010
artificially wholesale
ripening market*
2. Kanpur, Illegal use of mangoes and Regulated N.A. Times of India,
Uttar Pradesh carbide gas for banana wholesale market July, 12, 2010
artificially
ripening
3. Jaipur, Rajasthan Use of chemical Mangoes and Regulated Fruits Private traders Times of India,
calcium carbide papayas Market July 21, 2010
(powder) for
artificially
ripening
4. Delhi toxic chemicals Vegetables Regulated Private Vegetables,
and maximum wholesale market Traders Indias poisoned
residual limits premise and staple, Consumer
level of pesticide other retail voice, vol Xi,
markets Issue Xi ,
November 2010
5. Ludhiana, Indiscriminate bananas, Regulated Private trader Times of India,
Punjab use of banned mangoes, wholesale market known to April 8, 2011
chemicals and musk melon, district mandi
gases for water melon officer
ripening fruits in and papaya
ripening
chambers
6. Hyderabad, Use of chemical mangoes, TradersDeccan
Andhra Pradesh calcium carbide bananas and Chronicle, April
(powder) papayas 11, 2011
7. Bangalore, Contamination leafy Poor agricultural Farmers University of
Karnataka with pesticide vegetables
production Agricultural
residue higher practices Sciences,
than danger level Bangalore
8. Varanasi, Uttar Environmental Green Regulated Environmental Cited in book, Is
Pradesh pollutants vegetables wholesale market issue it Safe? By
premise Soumi Home
Roy, 2005
*Regulated wholesale market means market established under the APMC Act, administered by the State
government, Ministry of Agriculture.
 FOOD SAFETY REGULATORY COMPLIANCE IN INDIA 441

guidelines are needed to meet the food standards, as both the marketing officers and
the food handlers are not aware or educated enough to follow globally accepted
norms of safe food. It is important for the local government to adopt and implement
national food safety standards based on the international recommended Codex
Alimentarius Commission standards and codes of practice.
Unsafe food is a cause of high levels of food insecurity and ill-health. Food-
borne illness is a serious health hazard and its incidence can go high in unprotected
environments that we find in poor and under-developed areas in the country. There
is an additional burden of economic loss due to negative impact on food trade, both
domestic and international. Although it is difficult to estimate the extent of total
economic loss owing to lack of sufficient supportive data, we assess the health
problem in the study area by looking at number of reported food borne infections in
arid India. The health records were collected from the public agency for the year
2008 till 2010, as shown in Table 4. The figures in the table indicate the growing
problem of poor public health due to food borne diseases. There is possibility of
under-reporting of the potential problem as the extent of infection might not be
monitored owing to poor surveillance and in many cases go unreported.

TABLE 4. REPORTED FOOD BORNE INFECTION IN JAIPUR, OUTBREAKS INVESTIGATED

2008 TO 2010

Year Gastroenteritis Food poisoning Diarrohea and acute vomiting

(1) (2) (3) (4)
2008 6835
2009 72 333
2010 2022
Source: Health Officer, Municipal Corporation of Jaipur, Rajasthan, India, May 2011.

The major problem with fresh fruits and vegetables across Indian states is that of
their artificial ripening by the use of toxic and banned chemicals. We therefore
investigated the availability of suitable infrastructure like modern scientific ripening
chambers for fruits and vegetables as a case-study of Jaipur district. Incidentally, it is
found that there is no facility of a ripening chamber provided by the local
government, although it provides other modern marketing infrastructure as is evident
in Table 5. In the private sector, two ripening chambers with about 50MT capacity
per day have recently come up in Jaipur city. The lack of scientific ripening chambers
to meet international safety standards in the modern market (see Table 4) clearly
indicates that even in the modern markets of India food safety issues appears to be
neglected.
The study further attempts to assess the level of food safety issue in the country
by looking at the adequacy of number of food licenses issued by the state food
inspectors as per the Prevention of Food Adulteration Act (PFA), 1954 in the case of
Jaipur city. No office was found to keep category-wise record of licenses issued
under the PFA Act. The concerned officer mentioned that licenses are procured
mainly for operations in food processing units, hotels, and restaurants and there is
442 INDIAN JOURNAL OF AGRICULTURAL ECONOMICS

TABLE 5. INFRASTRUCTURAL FACILITY IN PACK HOUSE AT THE MAIN WHOLESALE

MARKETS OF THE JAIPUR DISTRICT, APRIL 2011

Wholesale market Types of infrastructural facility

(1) (1) (3)
Pack House at Chomu Cold rooms palletisation Mechanised sorting and grading line which includes
and storage of total 120 plastic pallet and crates, onion topper, tumbling and
MT capacity cascading, length grader, un-loaders, gravity roller
Pack House at Muhana 07 Cold rooms for conveyor, washing tank, elevator conveyor roller
palletisation and storage of conveyor, semi automatic and automatic grading
total 280 MT capacity line, packing tables, gravity roller conveyor,
Pack House at Shahpura Cold rooms palletisation washing tank, elevator conveyor roller conveyor,
and storage of 120 MT semi automatic and automatic grading line, packing
capacity tables.
Reefer Van 12 MT capacity DG Set
Source: Fresh Fruits and Vegetables and R&D, Agricultural and Processed Food Products Export Development
Authority (APEDA), New Delhi, May, 2011.

none-to-low awareness about the food safety norms present in fresh fruits and
vegetables. The field visits9 at the Muhana wholesale market of fruits and vegetables
in Jaipur also revealed that ripening of fruits and vegetables are carried out by
adopting traditional practices of use of calcium carbide powder and smoke-n-ice
methods. To be the objective in assessing the level of food safety standards, it was
decided to attribute about ten per cent licenses of the total PFA licenses to meet
safety norms in the wholesale market of the fresh fruits and vegetables in the Jaipur
city. Our approximate estimation suggests that one PFA license holder handles 1175
quintals of fruits and 2775 quintals of vegetables together everyday in the Jaipur
wholesale agricultural market, as shown in Table 6. Though the hypothetical
estimation is crude, the probable value predicts high level of institutional inadequacy
in administrating food safety standards in the fruits and vegetable markets in the
present modern market of urban cities of India.

TABLE 6. INSTITUTIONAL INADEQUACY FOR EXECUTING FOOD SAFETY NORMS IN JAIPUR

MUHANA WHOLESALE MARKET OF FRUITS AND VEGETABLES, 2010-11

Arrival Arrival No. of food Total PFA Fruits qty. per Veg. qty. per 10 per cent
Fruits Vegetables handlers (traders, license (urban food handler food handler of PFA
(qtl.) (qtl.) agents) and rural) (qtl.) (qtl.) license
(1) (2) (3) (4) (5) (6) (7)
2538057 5994636 2160 6986 1175 2775 699
Source: Data on arrival and food handlers is collected from Rajasthan Agricultural Produce Market Committee,
Jaipur. Number of PFA license is sourced from the office of Municipal Corporation, Jaipur, May 2011.

We examine the level of food safety issue further in the case of food export
markets. We investigate if basic infrastructure facilities are poor in the modern
domestic agricultural markets, do they affect Indias performance of the food exports
as well? We look at the import detentions by the EU and US authority. Table 7
indicates rejection of exports of agricultural and food products of India to the EU as a
direct result of SPS requirements for the period 2008 to 2010. Similarly, the data
 FOOD SAFETY REGULATORY COMPLIANCE IN INDIA 443

from FDA detention lists for the period 2010 for imported food from India is given in
Table 8. The majority of detentions and rejections of foods from India are not related
to highly technical or sophisticated requirements. At the top of the list stand food
hygiene problems represented by microbiological contamination and pesticide
residues. Food additives comes next, followed by failure to limit filth not elsewhere
classified (insect, bird rodent), and then mandatory labeling. The consideration with
the import detention data is that they are count data and do not reflect the dollar value
of Indian food products refused entry to the EU and United States or the rate of
detention relative to the volume of trade. The value of detained product relative to the
value of imports is the most direct measure of the challenges encountered at border
inspection. Unfortunately, this measure cannot be calculated due to the lack of value
data for detained shipments. Nonetheless, to a large extent, this information reflects
the fact that poor food safety control system in the domestic market of India act to
impede its exports of agricultural and food products. Dealing with these is well
within the means of India and would go a long way in promoting its export trade.

TABLE 7. NUMBER OF CONTRAVENTIONS CITED FOR EU (EUROPEAN UNION) IMPORT DETENTIONS

OF INDIAN FOOD PRODUCTS AND THEIR RELATIVE IMPORTANCE FOR THE PERIOD 2008-2010

Reason for contravention 2008 2009 2010

(1) (2) (3) (4)
Food Additives and Heavy Metals 9(13.4%) 10(20%) 8(13.3%)
Pesticide residues 9(13.4%) 14(28%) 38(63%)
Microbiological contamination and Decomposition 41(61.2%) 23(46%) 9(15%)
Filth, adulteration, insect 2(3%) 3(6%) 5(8.3%)
Labelling 6(9%)
Totals 67(100%) 50(100%) 60(100%)
Source: Authors calculation, based on information available from Agricultural & Processed Food Products
Export Development Authority (APEDA), New Delhi, May, 2011. APEDA receives such information from limited
exporters voluntarily and many of the cases may go uniformed in the country. There is no mandatory process of
record-keeping.

TABLE 8. US IMPORT DETENTIONS FOR INDIAN FOOD CONSIGNMENTS, JANUARY-DECEMBER, 2010

India RoW* India RoW India RoW India RoW

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12)
January 165 1400 May 147 1622 Sept 182 1713
February 195 1170 June 107 1443 Oct 182 1583
2010 2041(11%) 18245
March 201 1421 July 155 1565 Nov 250 1711
April 113 1272 August 170 1538 Dec 174 1809
Source: Authors complied from US FDA Import Detention Reports, January to December 2010: the only
agency which makes such data public through a monthly import detentions list. *Number of detained products are
much higher than number of shipments/consignment. *Rest of the World.

4.3 State of Food Market and Economic Cost of Regulatory Processes

There are fundamental shifts occurring in agro-businesses in Asia. The trend of

building partnerships and alliances is increasing. Competition is being replaced by
co-ventures leading to win-win game. It is observed that these linkages improve
444 INDIAN JOURNAL OF AGRICULTURAL ECONOMICS

efficiency in the production and marketing of food products. The benefits of

partnerships are recognised by global players. Instead of setting up an isolated top-to-
toe supply chain unit exploiting strengths and resources of partner organisation leads
to significant gains to those along the chain. For instance, Bharti-Wal-Mart has set-
up a joint venture to run agricultural distribution network in India.
In this venture, Bharti10 brings in their intimate knowledge of doing business in India,
whereas Wal-Mart brings in their expertise in strategic sourcing and efficient supply
chain management practices. The experts view it as good business model which
effectively overcome the inefficiencies of logistics infrastructure and which
supposedly benefits all the stake-holders in the supply chain, right from farmers to
the consumers (Wal-Mart 2010). The business forecast suggests that the opportunities
like the one in India are immense. The McKinsey Global Institute, a think tank,
estimates India's retail market will be worth $1.52 trillion by 2025 (Robinson, 2007).
But, on the contrary it is also argued that building a modern, efficient network is not
enough to reap the estimated gains but the challenge lies in adapting it to Indian
conditions. At present, India has one of the most fragmented produce-supply chains
amongst the countries, resulting in big mark-ups and poor quality. The difficult part
is regular supplying food-stores with fresh, clean and safe vegetables and fruits
through a sophisticated supply chain that links farms and consumers, country and
cities. Moreover, a report by the Confederation of Indian Industry (CII) and Amarthi
Consulting summarises that $65 billion is lost each year on account of the inefficient
supply chain infrastructure in India. The report highlights that supply chain costs in
India are as much as 13 per cent of gross domestic product (GDP) as compared to 7
per cent in developed countries. The lack of an integrated cold chain infrastructure
means that farm produce worth $13 billion is wasted each year. It warns that if the
present challenges in Indias supply-chain system are not addressed, then the sectors
growth could get hampered (The Economic Times, 2010). With increased public
awareness about food safety, internationally consumers want to know the source of
food production and demand assurance that it is safe. Without immediate action for
safe food, the chain of supermarkets would prefer to procure more of imported fruits
and vegetables from neighbouring countries than procuring the supply from the local
market. It is a known fact South East Asian region (Thailand, Vietnam, Malaysia,
Philippines, Indonesia, China) are advancing well in agri-food chains and they are
supplying perishable food products around the world at fairly competitive prices. The
Indian states whose economy is dependent on tourism and services also need to be
extra cautious on the availability of food safety norms because the cases of food
hazard in the country not only can damage trade but also tourism prospects can be
marred leading to loss of earnings, unemployment and litigation.
 FOOD SAFETY REGULATORY COMPLIANCE IN INDIA 445

CONCLUSION

The Indian Government has enacted several laws under different ministries to
establish quality and safety in countrys food management systems. In practice, the
status of food safety standards is obscure due to poor enforcement of laws which
appear to render weak regulatory environment in the food sector of India having
implications for growth and employment prospects. The study attempts an appraisal
of the Indian food safety regulation in terms of its effectiveness and its response to
changing face of global agri-business through a case-study approach. The data on
regulatory inadequacy on food safety standards shows that majority of detentions and
rejections of foods from India are not related to highly technical or sophisticated
requirements but the concerns almost relate to food hygiene problems arising from
failure to meet SPS standards of the WTO. The evidence indicates that strengthening
domestic market for the food safety standards is important prior to expecting the
markets supply chain to adapt to international standards of the food safety.
Moreover, long term fostering and sustenance of the trade competitiveness of agri-
businesses would require perceived transparency of regulatory processes and the risk
communication policy. The trust in government institutions such as the Food Safety
and Standards Authority of India (FSSAI) by implication would strengthen the
consumers confidence in the food supply system and by virtue of the feedback
impact would make considerable impact on the potential and prospects of the
countrys agribusinesses. Based on analysis, the paper arrives at the three-prong
strategies as follows:

1. Proposals for Enhancing the Trade Include: (i) Special budget for building soft
and hard infrastructure; (ii) Attract more Private-Public-People partnership to
undertake awareness programmes, sensitisation and capacity building on risk
communication in both perishable and non-perishable food items; (iii) Set up
accredited network of laboratories with skilled manpower to conduct scientific
testing for the primary Perishable Agricultural Commodities; (iv) APMCs to
ensure a premium payment for better quality graded produce to the farmers as an
incentive to follow and innovate more of the food safety norms, while providing
modern infrastructural facilities to both traders and farmers; and (v) Explore
innovative models of management, for instance, the state government may
consider a pilot project to lease out the regulated market to private agri-
businesses. The regulatory authorities in turn assume an advisory and regulatory
role to make sure that safety norms in that market are as per the law and provide
supporting infrastructure.

2. Proposals for Building Consumers Trust Include: (i) Gradual city-based scheme
should be started to restrict sale of loose food items; (ii) Sensitise public about
446 INDIAN JOURNAL OF AGRICULTURAL ECONOMICS

food-safety risks and possible way out for prevention by involvement of

consumer organisations; (iii) Mandatory record keeping by implementation
authorities for monitoring, effectiveness of law enforcement and food
surveillance activities; and (iv) Encourage prescriptive based sale of controlled
chemicals at registered places.

3. Proposals for Educating Traders and Small Farmer Include: (i) Set-up an
exclusive committee to frame a set of good and hygienic practices for all
activities undertaken in market of fruits and vegetables, adopting a strategic view
and consult widely with all sectors of the food chain and interest groups across
the country; (ii) Farmers to be educated and trained on personal hygiene along
with safe application of pesticides and efficient spray technology as an attempt to
prevent contamination in fields; (iii) Integrate small farm owners and traders in
India into food safety and quality networks by establishing more number of
supermarkets that may help both managing traceability issue and awareness
generation through learning-by-doing process; and (iv) Programmes through
mass media like TV, Radio, mobile SMSs to sensitise both farmers and all
relevant stakeholders on the issue need to be undertaken.
NOTES

1. The State APMC Acts establishes the agricultural produce markets in the state and provides for their
regulation to achieve an efficient system of buying and selling of agricultural commodities.
2. The concept allows to the application of the principles of Good Hygienic Practice (GHP), Hazard Analysis
Critical Control Point (HACCP) systems, Good Agricultural Practice (GAP) performance criteria, process/product
criteria and/or acceptance criteria (FAO/WHO, 2002) and other protocols introduced by Codex Alimentarius and
International Standard Organisation (ISO). The most recent standard protocol is ISO22000 that is directly associated
with supply chain management in context of food and agri-business.See FAO and WHO, 2002, 2003 for details on
FSO; Alberni et al., 2008; and Cole 2004 for concept and application.
3. See Report on Implementation of FSSA: An Industry Perspective, FICCI 2007 at
http://www.indiaenvironmentportal.org.in/files/Food_Safety_Study.pdf.
4. Good overview on the main Indian Acts and statutory orders to regulate food trade in India is available in
Acharya and Agarwal 2009, p.316-317, p.337-345.
5. See Palthur, et el., for review of the new Act.
6. The Food Safety and standards Rules, 2011 are available at
http://www.fssai.gov.in/Portals/0/Pdf/FSS_Rules_2011_English_06-05-2011.pdf (accessed on May 10, 2011).
7. See FAO/WHO Report, 2002 and Cole, 2003 for concept; See Alberni et al., 2008; Raspor, 2008; and
Wallace in Mayes and Mortimore (Ed), 2001 for application.
8. Medical science finds calcium carbide, popularly known as masala in Indian markets, causes cancer. Used
in gas welding for steel goods, it also causes mouth ulcers, gastric irritation, even food poisoning. Some vendors also
dip fruits in a solution of ethephon or expose the fruits to ethylene gas to speed up ripening. See Ashraf Ur-Rahman
et al., 2008 for health hazards associated with carbide; see WHO, 2007 factsheet on Food safety and food borne
illness.
9. Repeated visits were made in April 2011.
10. Bharti Enterprise is a pioneer in telecommunication sector in India and the group has started to enter into
new business areas such as insurance and retail.

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ANNEXURE I
AVAILABILITY OF FOOD LABS AND PHYSICAL ACCESSIBILITY IN INDIA 2012
No. of
Food Labs Food Labs
State/UT Food Labs '000 MT '00 Sq.Km.
(1) (2) (3) (4)
Andhra Pradesh 6 0.0003 0.002
Arunachal Pradesh 0 0.0000 0.000
Assam 1 0.0002 0.001
Bihar 1 0.0001 0.001
Chhattisgarh 1 0.0001 0.001
Goa 1 0.0072 0.027
Gujarat 6 0.0004 0.003
Haryana 2 0.0001 0.005
Himachal Pradesh 1 0.0007 0.002
Jammu and Kashmir 0 0.0000 0.000
Jharkhand 1 0.0002 0.001
Karnataka 2 0.0002 0.001
Kerala 4 0.0070 0.010
Madhya Pradesh 1 0.0000 0.000
Maharashtra 19 0.0010 0.006
Manipur 0 0.0000 0.000
Meghalaya 1 0.0038 0.004
Mizoram 0 0.0000 0.000
Nagaland 0 0.0000 0.000
Orissa 1 0.0002 0.001
Punjab 1 0.0000 0.002
Rajasthan 6 0.0002 0.002
Sikkim 0 0.0000 0.000
Tamil Nadu 6 0.0005 0.005
Tripura 0 0.0000 0.000
Uttar Pradesh 5 0.0001 0.002
Uttarakhand 1 0.0005 0.002
West Bengal 1 0.0001 0.001
Andaman and Nicobar Islands 0 0.0000 0.000
D & N Haveli 0 0.0000 0.000
Delhi 1 0.0065 0.027
Daman and Diu 0 0.0000 0.000
Pondicherry 1 0.0054 0.209
All India 70 0.0002 0.002
Note: Compiled from the information collected from FSSAI, New Delhi.