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1
OBJECTIVES
OF
STUDY
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1. OBJECTIVES OF STUDY
Following are the objectives of the study.
1.1. Primary .
My primary objective behind this training is to know about all function of company and
its all-different department in it. As I was assigned the project on inventory
management, so study of each and every minor details related to inventory management
is also my primary objective. This helps me to develop my knowledge regarding
inventory management.
1.2. Secondary .
My secondary objective of the training is to know application of management concept
in practical field. Here, I have tried to relate management concept directly or indirectly.
Besides this I have aimed to know how the company function and how liaison is
maintain internally as well as externally, which type of communications network is
effective and how the record in accounts department and other related department is
maintained.
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2
METHODOLOGY
ADOPTED
FOR
DATA COLLECTION
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2. METHODOLOGY ADOPTED FOR DATA COLLECTION.
To collect the data, below mention methodology are adopted by me:
2.1. Primary Data.
I had collected the primary data in the following ways:
1. To collect the past data I studied and collected the past record, which are within
the company like Balance sheet, Profit and Loss account and other statement. Most
of the data I got from the annual report and plant performance report.
2. I used to liasioning with the financial staff of the company.3. The guide in the organization as well as in the college faculties to collect the data
guided me.
2.2. Secondary Data.
I had collected the Secondary data in the following ways:
1. I collected the theoretical data from the reference books related to my topic of
inventory management.
2. I had collected some of the data from the journals related to the fertilizers
industries.
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3
INTRODUCTION
OF
IFFCO
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3. INTRODUCTION OF IFFCO.
3.1. History of IFFCO.
During mid- sixties the Co-operative sector in India was responsible for distribution of70 percentage of fertilizers consumed in the country. This Sector had adequate
infrastructure to distribute fertilizers but had no production facilities of its own and
hence dependent on public/private Sectors for supplies. To overcome this lacuna and to
bridge the demand supply gap in the country, a new cooperative society was conceived
to specifically cater to the requirements of farmers. It was a unique venture in which
the farmers of the country through their own Co-operative Societies created this new
institution to safeguard their interests. The number of co-operative societies associatedwith IFFCO has risen from 57 in 1967 to more than 36,000 now.
Indian Farmers Fertilizer Co-operative Limited (IFFCO) was registered on November
3, 1967 as a Multi-unit Co-operative Society. On the enactment of the Multistate
Cooperative Societies act 1984 & 2002, the Society is deemed to be registered as a
Multistate Cooperative Society. The Society is primarily engaged in production and
distribution of fertilizers. The byelaws of the Society provide a broad framework for
the activities of IFFCO as a Cooperative Society.
IFFCO commissioned ammonia - urea complex at Kalol and the NPK/DAP plant at
Kandla both in the state of Gujarat in 1975. Ammonia - urea complex was set up at
Phulpur in the state of Uttar Pradesh in 1981. The ammonia - urea unit at Aonla was
commissioned in 1988. The annual installed capacity of all the plants was 1.62 million
tonne of Urea and NPK/DAP equivalent to 309 thousand tonne of phosphates.
In 1993, IFFCO had drawn up major expansion programs of all the four plants under
overall aegis of IFFCO VISION 2000. The expansion projects at Aonla, Kalol and
Phulpur have been completed on schedule. The latest feather in the cap of IFFCO was
completion of Kandla Phase-II on 5th August 1999, which has heralded realizations of
all the objectives set forth under VISION - 2000. As per the tradition of IFFCO the
project was completed more than two months ahead of schedule. As a result of these
expansion projects IFFCO's annual capacity has been increased to 3.69 million tonne of
Urea and NPK/DAP equivalent to 825 thousand tonne of phosphates. With the
successful realization of all the objectives of Vision 2000, IFFCO has emerged as a
pioneer in international cooperative movement. A new path has been chalked out to
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realize newer dreams and greater heights through Vision 2010, which is presently under
implementation.
The distribution of IFFCO's fertilizers is undertaken through over 36,000 co-operative
societies. The entire activities of Distribution, Sales and Promotion are coordinated by
Marketing Central Office (MKCO) at New Delhi assisted by the Marketing offices in
the field. In addition, essential agro-inputs for crop production are made available to the
farmers through a chain of 167 Farmers Service Centre (FSC). IFFCO obsessively
nurtures its relations with farmers and undertakes a large number of agricultural
extension activities for their benefit every year.
At IFFCO, the thirst forever improving the services to farmers and member co-
operatives is insatiable, commitment to quality is insurmountable and harnessing of
mother earths' bounty to drive hunger away from India in an ecologically sustainable
manner is the prime mission. All that IFFCO cherishes in exchange is an everlasting
smile on the face of Indian Farmer who forms the moving spirit behind this mission.
IFFCO, to day, is a leading player in India's fertilizers industry and is making
substantial contribution to the efforts of Indian Government to increase food grain
production in the country.
3.2.Investment of IFFCO in other Firms .
IFFCO has started the joint venture in all below mention firms in India as well as in
other country and all the detail regard all the joint venture of IFFCO:
Industries Chimiques du Senegal (ICS).
Industries Chimiques du Senegal (ICS) is producing Phosphoric Acid at Darou
(Senegal) which IFFCO needs in producing the NPK/DAP. Its production capacity is
1.5 million TPA of Phosphoric acids. Its paid up capital as on 31st March, 2000 was Rs
6.5 billion out of which IFFCO's share was Rs 927.4 million i.e.14.32% of paid up
capital.
Indian consortium, consisting of Government of India, IFFCO & SPIC, entered into a
long-term agreement with Industries Chimiques du Senegal (ICS) in March 1980. The
agreement was for purchase of Phosphoric Acid by setting up a plant at Darou,
Senegal. The plant with a capacity of 313000 TPA phosphoric acid started commercial
production in February 1984. ICS had been consistently supplying phosphoric acid to
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Kandla unit since commencement of production.
Doubling of the capacity of the existing plant for production of an additional 313000
TPA was taken up at a total investment of US$ 250 million. IFFCO has committed to
purchase the entire quantity of the acid that would be produced by the ICS expansion
project.
Oman India Fertilizer Project
IFFCO and KRIBHCO have entered into a Joint Venture Agreement with Oman Oil
Company (OOC), Oman for setting up of a Urea - Ammonia Fertilizer Plant at a
Capital Cost of US$ 969 million, with a Debt: Equity Ratio of 2:1. The Fertilizer Plant
would be located on the east coast of Oman, and have a capacity of producing 16.52
lakh MT of urea per annum and surplus Ammonia of 2.5 lakh MT per annum.
Raw Material (Natural Gas) will be supplied by Omani Government under a long Term
Gas Supply Agreement. Government of India will purchase entire Urea for 15 years
under a Urea Off take Agreement. Surplus Ammonia will be purchased by IFFCO for
10 years under Ammonia Off take Agreement. The main project Agreements, Urea Off
take (UOTA), Ammonia Off take (AOTA) and Gas supply (GSA) were signed on 29th
May 2002. Other Project Agreements have been finalized amongst the Sponsors and
the Arranging Banks. The Arranging Banks, a consortium of International Banks,
appointed for arranging Debt finalized the financing arrangements for the Project. All
the contracts leading to the Financial Closure for the Project have been executed. The
zero date for the project was 15 August 2002. The construction of the Project will be
completed in 35 months.
IFFCO and National Commodity & Derivatives Exchange Limited
IFFCO has picked up 12% stake in Commodity Exchange NCDEX recently. IFFCO's
endeavor had always been to ensure that the farmers receive best quality fertilizer input
at economical price. The present association facilitates enhancement in the scope of
services for farmers wherein the farmers can realize higher prices, minimize risk and
strive for reliable market conditions. With this new relationship, farmers &
cooperatives will have a new platform floated by reputed national institutions to herald
a new era in Indian agriculture.
The on-line multi commodity exchange promoted by ICICI Bank Limited (ICICI
Bank), Life Insurance Corporation of India (LIC), National Bank for Agriculture and
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Rural Development (NABARD) and National Stock Exchange of India Limited (NSE).
Punjab National Bank (PNB) and CRISIL Limited (formerly the Credit Rating
Information Services of India Limited) by subscribing to the equity shares have joined
the initial promoters as shareholders of the Exchange.
NCDEX is a public limited company incorporated on April 23, 2003 under the
Companies Act, 1956. It obtained its Certificate for Commencement of Business on
May 9, 2003. It has commenced its operations on December 15, 2003.
NCDEX has an independent Board of Directors and professionals not having any
vested interest in commodity markets. It is committed to provide a world-class
commodity exchange platform for market participants to trade in a wide spectrum of
commodity derivatives driven by best global practices, professionalism and
transparency.
NCDEX currently facilitates trading of fifteen commodities - Gold, Silver, Soy Bean,
Refined Soy Bean Oil, Rapeseed-Mustard Seed, Expeller Rapeseed-Mustard Seed Oil,
RBD Palmolein, Crude Palm Oil, and Cotton - medium and long staple varieties,
Pepper, Rubber, Jute Sacking, Chana and Guar Seeds. At subsequent phases trading in
more commodities would be facilitated.
IFFCO - Tokio General Insurance Company Limited (ITGI)
IFFCO had done the amalgamation with the Tokio General Insurance Company
Limited and started serving the insurance sector in India as well as in other countries. It
involve in General Insurance Activity, its Corporate Office is situated at New Delhi.
The total paid up capital of Tokio General Insurance Company Limited was Rs 1
billion as on 31st March 2001. Out of which IFFCO's share was Rs 510 million i.e. 51%
of its paid up capital.
Godavari Fertilizers & Chemicals Limited (GFCL)
Godavari Fertilizers & Chemicals Limited (GFCL) is situated at Kakinada in Andhra
Pradesh. It is producing NPK/DAP fertilisers; its production capacity in P2O5 terms is
1.5 million TPA. The paid up capital of Godavari Fertilizers & Chemicals Limited
(GFCL) was Rs 320 million as on 31st March 2000. Out of which IFFCO's share was
Rs 79.7 million-i.e.24.9% of its paid up capital.
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Indian Potash Limited (IPL)
Indian Potash Limited (IPL) mainly involve in activities like supply of imported potash
as well as supply of imported fertilizers. The paid up capital of Indian Potash Limited
(IPL) was Rs 95 million as on 31st March 2000. Out of which IFFCO's share was Rs
32.4 million i.e. 34% of its paid up capital.
3.3.Vision and mission of IFFCO .
Vision
Retain dominant position in Indian fertilizer sector, improving its position further by
achieving sustainable and viable growth through excellence in all its activities and
gearing itself to fulfill the diverse expectations of stockholders, customers, employees
and society.
Vision 2010
Attaining an annual turnover of Rs. 15000 crore by 2010.
Installation of Ammonia and Urea plants including acquisition of fertilizer
units.
Backward integration to meet feedstock requirements such as Phosphoric acid
Generation of Power.
Exploration/distribution of hydrocarbons
Production and marketing of micronutrients, seeds, bio-fertilizers, pesticide etc.
Value addition to agricultural-products and marketing
Banking and financial services.
Information technology and IT enabled services
Mission
IFFCOs mission spans the globe because our commitment knows no bounds.
To acquire, assimilate, and adopt reliable, efficient and cost effective
techniques.
Sourcing raw materials for production of the phosphate fertilizers at the
economic cost by entering into joint ventures outside India.
Commitment to social responsibilities for the sustainable development.
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Commitment to health, safety, environment and forestry development to enrich
the quality of community life.
Building a value driven organization with and improved and responsive
customer focus. A true commitment to transparency, accountability and integrity inprinciple and practice.
A true cooperative society committed for fostering cooperative movement in
the country.
Emerging as a dynamic organization, focusing on strategic strengths, seizing
opportunities for generating and building upon past success, enhancing earning to
maximize the shareholders value.
Future plans
It is the plan for investing one billion.
A state of the art phosphoric acid plant in Egypt with an installed capacity of 5
lakh tones P2O5 tones per annum. The project would be executed through a Joint-
Venture Company with the equity association of El Nasr Mining Co. (ENMC) of
Egypt as a JV partner. IFFCO would hold the majority equity with over 75% along
with management control while the Egyptian counter part ENMC would pitch in
with balance equity in the JV. ENMC will supply Rock Phosphate for the project
and IFFCO will buy the entire phosphoric acid. This will lend stability to the
international prices of phosphoric acid.
A second Phosphoric Acid Plant in Kutch district, Gujarat with a capacity of
five lakh tones P2O5 per annum will be set up. This Plant will be wholly owned by
IFFCO.
The two Phosphoric Acid plants are being executed as part of IFFCOs strategy
to achieve backward integration vis--vis vital ingredients for its DAP production
capacities.
A DAP / NPK Plant, with a capacity of 18 lakh tonnes per annum will be set up
in Kandla. The new facility with the latest know how will also be fully owned by
IFFCO.
IFFCO is in advance stage of negotiations with a Government entity in Egypt to
undertake rock phosphate mining. This venture will involve production of 20 lakh
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tonnes of rock phosphate per annum to feed the phosphoric Acid Plant facility in
India.
The two phosphoric acid units, one DAP/NPK facility and rock phosphate
mining will involve a total investment of US $ 800 million dollars. And, US $ 200 million is being invested in IFFCOs energy saving and
expansion scheme. This will, eventually, result in subsidy savings worth Rs.800
crore per annum as the production costs of Urea would be pruned substantially.
IFFCO is targeting a debt equity ratio of 2:1 for the US $ 1 billion business
plan. Negotiations have commenced with both domestic, foreign banks and
financial institutions to tie-up the debt funds for the green field projects. About US
$ 670 million will be raised in debt and the rest US $ 330 million would be mopped
up towards equity.
Financial closure for all its new projects would be completed during this fiscal.
Commercial production will commence in the first quarter of 2009.
3.4.Approach and commitments of IFFCO .
Approach
To achieve our mission, IFFCO as a cooperative society, undertakes several activities
covering a broad spectrum of areas to promote welfare of member cooperatives and
farmers. The activities envisage to be covered are exhaustively defined in IFFCOs
Byelaws.
Commitment
Our thirst for ever improving the services to farmers and member co-operatives
is insatiable, commitment to quality is insurmountable and harnessing of mother
earths' bounty to drive hunger away from India in an ecologically sustainable
manner is the prime mission
All that IFFCO cherishes in exchange is an everlasting smile on the face of
Indian Farmer who forms the moving spirit behind this mission.
3.5.Achievements of IFFCO .
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1 Safety Awards from the National Safety Council U.S.A.
Perfect record Award for operating 7486565 employees hours without death
or case involving days away from work 13th November 1995 to 31st December.
1998. Industrial leader award exemplary safety achievement attained in the
chemical and allied products industry for the year 1998.
Prefect record award for establishing a new best record for standard
industrial classification code: 2874 agricultural chemical for operating 9930227
employee hours without a death on case involving days away from work from 30 th
November 1995 to 31st December 1999.
Industry leader award for exemplary safety achievement attained in thechemical and allied products industry for the year 1996.
2 Safety Awards from the Government of India.
Special commendation certificate from meritorious performance in
industrial safety during the year 1994 for achieving longest accident free period.
3 Safety Awards from Gujarat Safety Council.
Certificate of honour in-group B, category I for working three million men
hour and above without loss time accident for the year 1998.
Runner up and certificate of honour in-group B category I for lowest
disability injury index for the year 1998.
Certificate of Honourto Kandla and Kalol units for year 2003 from Gujarat
Safety Council
4 Performance Awards from Fertilizer Association of India (FIA).
Best overall performance award 1998-99, award for excellence in safety for
the year 1999-2000.
Best overall performance runners up award 2003-04, from fertiliser
association of India.
5 Award from Hewitt Associates.
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Best Managed Workforce Award for year 2004 from
Hewitt Associates.
3.6.Market share of IFFCO .
MARKET CAPTURED BY IFFCO
IFFCO
50%
KRIBHCO
24%
GNFC
21%
OTHERS
5%
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S.R. NO. COMPETITORS MARKET CAPTURED IN%1 IFFCO 502 KRIBHCO 243 GNFC 214 OTHERS 05
Total 100
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3.7. Financial Highlight of the IFFCO.
Particular 2004-05 2003-04 2002-03 2001-02 2000-01Operating Results
Sales 409760 375339 353563 310764 304849
Subsidy from Govt. 312643 216618 255551 198644 210341
Turnover 722403 591957 609114 509408 515190
Other Revenue 26819 27236 24566 23998 18235
Total Income 749222 619193 633680 533406 533425
Cost of Sales 681969 545409 525719 463435 469590Profit before Dep. Int. & I. Tax(PBDIT) 67253 73784 107961 69971 63835
Interest 3402 4112 11200 15939 24749
Depreciation 16759 18402 16052 15917 15686
Profit before Tax (PBT) 47092 51270 80709 39115 23400
Tax 15128 18303 24988 6277 292
Profit after Tax (PAT) 31964 32967 55721 30838 23108
Dividend 8392 8016 8633 8382 5013
Cooperatives Education Fund 298 252 556 307 217
Donation 25 115 125 155 1245
Retained Profit 23249 24584 46407 21994 16633
Sources And Application of Fund
Sources of Funds
Equity Share Capital 42131 46190 44449 41984 41857
Reserves & Surplus 287984 264768 282902 236593 214680
Net Worth 330115 310958 327351 278577 256537
Borrowing - Long Term 32131 67520Short Term 53310 89000 98452 80814 88876
Deferred Trade Tax 11399 10393 8879 6865 4979
Deferred Tax Liability 42125 42543
Funds Employed 436949 452894 434682 398387 417912
Application of Funds
Net Fixed Asset (Incl. Capital Work-in-Progress) 216062 217228 224651 236224 245277
Investments 69073 69508 44222 26622 26622
Current Assets 260398 256402 267441 214407 222159
Current Liabilities 110484 90244 101632 78866 76146
Net Current Assets 149914 166158 165809 135541 146013
Miscellaneous Expenditure (To theExtent not written off) 1900
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Net Assets Employed 436949 452894 434682 398387 417912
3.8. Performance Highlight of IFFCO in 2004-05.
Highest Production of Fertilizers61.54 lakh tones
Previous Best 60.47 lakh tonne in 2002-03)
Highest Production of Urea37.14 lakh tonne
(Previous Best 36.85 lakh tonne in 2002-03)
Highest Production of NPK/DAP24.40 lakh tonne
(Previous Best 23.62 lakh tonne in 2002-03)
Highest Sales of Fertilizers64.64 lakh tonne
(Previous best 60.54 lakh tonne in 2003-04)
Sales of Urea36.70 lakh tonne
(Highest Sales of 37.02 lakh tonne in 2003-04)
Highest Sales of NPK/DAP27.94 lakh tonne
(Previous best 23.52 lakh tonne in 2003-04)
Profit Before TaxRs.471.00 crore
(Best PBT Rs.807.09 crore in 2002-03)
Profit After TaxRs.320.00 crore
(Best PAT Rs.557.21 crore in 2002-03)
Highest TurnoverRs.7224.00 crore
(Previous best Rs.6091.14 crore in 2002-03)
Plant Productivity1511 MT per head
(Previous best 1367 MT in 2003-04)
Marketing Productivity3848 MT per head
(Previous best 3345 MT in 2003-04)
Lowest Product Inventory4.26 lakh MT
(Previous lowest 5.09 lakh MT in 2003-04)
Lowest Composite EnergyConsumption
6.138 Gcal/ MT
(Previous lowest 6.14 Gcal/ MT in 2003-04)
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3.9.History of IFFCO Kandla Unit .
IFFCOs NPK plant is located on the waterfront adjacent to Kandla Port Trust Oil
Jetty. The plant was built at a cost of about Rs. 30 crores with two streams (called train
A and train B) and with the licensed capacity of 127000 tonnes of P2O5. This plant was
designed by the M/s Door Oliver-Inc., to produced three grade of NPK based on DAP,
the plant was commissioned on 26th November, 1974 and its commercial production
started on 1st January, 1975.
With increase in demand for complex fertilizers, the capacity of NPK has been doubled
at a cost of about Rs. 28.6 crores. Two more streams (train C and train D) had been
added with the increased licensed capacity from 127000 MT P2O5 to 260000 MT P2O5
per annum. The new two streams are called Kandla Phase 2 was completed one month
ahead of the projected schedule. This is a rare phenomenon not only in India but also in
entire South East Asian region. Kandla Phase 2 commissioned on 4 th June 1981 with
the production record for IFFCO. The production of Kandla Phase 2 was started from
6th September 1981.
IFFCO went for expansion of their unit at Kandla in 1996-97. Kandla phase-II
NPK/DAP project conceptualized the setting up of two additional streams (train E and
train F) for manufacturing of the same grades of NPK/DAP fertilizers with an annual
production capacity of 2,10,700 MTPA thus increasing the total capacity from 3,09,000
MTPA of P2O5 to 5,19,700 MTPA of P2O5. The actual cost of the project was Rs.
205.30 crores against a budgeted cost of Rs. 212.20 crores.
The total annual production of the Kandla unit was 127000 MTPA as on 26th
November, 1974 with two streams (train A and train B), which was increased by
182000 MTPA as on 6th September, 1981 by starting two more stream (train C and train
D), which was further increase to 210700 MTPA as on 1999 by introducing two more
streams (train E and train F). So currently the total production capacity of the both plant
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at Kandla unit is 519700 MTPA. Currently all six streams (train A, B, C, D, E and F) is
working in its full-fledged capacity and giving its optimum output.
In 1974 when the Kandla Unit was started IFFCO was importing its raw material with
help of Kandla Port Trust Oil Jetty and currently Kandla unit has its own Liquid cargo
Jetty.
3.10. Achievements of IFFCO Kandla Unit.
Nineteen Safety Awards from National Safety Council - U.S.A.
Fourteen Safety Awards from the National Safety Council, Bombay,
government of India.
Twenty-six Safety Awards from Gujarat Safety Council, Baroda.
Six Fertilizers Association of India (FAI) Awards for the best overall
production performance during the years 1981, 1982, 1996-97, 1997-98, 1998-99 &
2002-03.
One National Productivity Council (NPC) Best Productivity Award for the year
1997-98 in the category of Fertilizers Industry - Phosphatic Sector presented in
August'00.
One Safety award from FAI for Excellence in Safety for 1999-2000.
One Safety award from Directorate General Factory Advice Service & Labour
Institutes, Ministry of Labor, Government of India Runner, National Safety award
1999.
One Labour, Government of India Runner, National Safety award - 1999"
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3.12. Overview of Departments.
There are following department in the Kandla unit of IFFCO:
3.12.1. Finance and Accounting.
Finance and accounting department is divided into three sections at IFFCO Kandla unit
which are mention below:
Raw materials and Excise section.
Payroll section.
Store accounting section.
This is one department with whom maximum coordination is required. It is responsible
for allotment of working capital. It is responsible for all stores accounting. The
accounts department arranges clearance of all inward and outward invoices. It arranges
verification of stocks. It supplies material cost information and as well as cost of
operation of stores service. Periodically it revises prices if stores held in stock. Here in
Kandla Finance and Accounts department works jointly. In short, a day-to-day working
relationship must be evolved between these departments.
Following are the different types of function of Finance and accounting department of
IFFCO Kandla.
Budget compilation, monitoring & review.
Financial concurrence.
Cash & bank accounting.
Purchase & stores accounting.
Payroll.
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Matters related to custom, sales tax, and income tax etc.
Maintaining accounting registers.
Raw material accounting.
Management reporting etc.
3.12.2 Personal and Administration.
Personal and administration department look after the below mention functions of the
IFFCO Kandla Unit.
Staff transportation, buses/cars, shift schedules, payment of
bills, insurance related jobs.
Processing application, inspection of properties etc.
Placing indent for stationary, furniture/office equipment.
Payment of Ground rent of the lands of IFFCO & records.
Taking residential accommodation for CISF from Kandla
Port Trust.
Allotment of quarters in Township and maintaining of
related records.
Allotment of quarters and jobs related to Kendriya
vidyalaya.
Allotment of shops in shopping complex and its
correspondence.
Arrangement of all functions at plant level.
Activities related to Industrial Relation maintenance of
record etc.
Booking of Air/Rail tickets.
Hiring of cars and other requirements for official gatherings
VIPs.
Liaison with Govt. and local authorities.
Maintenance of Buildings/Reception.
Various other jobs assigned & above normal working.
3.12.3 Systems.
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The Computerization activities at Kandla started in the year 1986 with the installation
of at personal computer for production reporting. The system group was established in
1987 personnel computer were installed in each section in January 1990. Kandla unit
have a super computer system involving in major organizational activities like payroll,
Accounting, Inventory, and Procurement etc. are carried out through in-house
development of Software.
With a view to providing better technology, higher efficiency and productivity,
KANDLA in establishing a Fiber Optic Based Network to connect all the PC to central
Sun server and Window NT server.
Networking Infrastructure
Networks come in all shapes and sizes. Network administrators often classify
networks according to geographical size. Networks of similar sizes have many
similar characteristics, the most common are LAN and WAN.
At IFFCO following networks are used:
LAN (Local Area Network):
A Local area network is a group of computers and network communication devices
interconnected within a geographically limited area, such as building or campus. A
LAN tends so use only one type of transmission medium- cabling.
LANs are characterized by the following:
They transfer data at high speed.
They exist in a limited geographical area.
Their technology is generally less expensive.
Some of the Features of the LAN at IFFCO-
At IFFCO, there is plant wide network of LAN. Which connect 20
different buildings all over the plant the cabling used for this network is majority
Fiber optic and UPT CAT6. This clearly indicates the high-speed data transfer
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rates. The giga speed lucent fiber UTP CAT6 structured cabling has data
transfer rate as high as 1000 MBPS.
The network has an installed capacity of connecting 500 PC over
LAN and presently having 250 PCs. Provision of connecting 500 PC nodes over LAN (it currently has 250
PCs).
It used 9000 meters of optic fiber cabling and 30000 meters of UTP
CAT6 cabling.
Network uses the latest central and departmental switch based
technology. The switch-based technology is used for better response in todays
graphical software and application/environment. It has distribution Star Topology.
Twenty building have UTP cabling with departmental/work group
switches.
Administration building (Central location) has dual central switches in
a clustering fail over mode.
The system department is the central location for all network activity.
WAN (Wide Area Network):A wide area network interconnects LANs. A WAN may be located entirely within a
state or country, or it may be interconnected around the world.
WANs can be further classified into two categories:
Enterprise WANs and
Global WANs.
An enterprise WAN is a WAN that connects the widely separated computer resources
of a single organization. An organization with computer operations at several distantsites can employ an enterprise WAN to interconnect the sites.
A global WAN interconnects network of several corporations or organizations. An
example of global WAN is the Internet.
E-mail and Internet Services
Data communication
Video conferencing
Connectivity between plant and township
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Software:
A.Application software: Oracle RDBMS is mainly used at IFFCO. It is setup on the
three environments for oracle database applications.
1. Client-server environment:
Oracle 8.1 version 8.a.7 database engine on Solaris 7 UNIX Operating
System.
Oracle 3 tier architecture environment: Oracle application server version
9i AS on window NT 4.0 operating systems.
Web based environment.
2. E-mail software:
Lotus note domino R5 on windows NT 4.0 Operating System
PCs have Lotus Notes Client R 4.5/5 on Windows 98
3. Office automation:
Lotus smart suite on all 250 PCs
PCs used by more than 450 PC users in exclusive/shared Environment
Word pro, 123, Freelance Graphics etc.
B. Hindi software: Leap from C-DAC. Used for Hindi word processing and e-mail
Purpose.C. AutoCAD Software:
AutoCAD R2002i on windows NT 4.0 work station operating system
Extensively used by draftsmen
Automation of drawing office related work
D. Application development: standardized application developed by other units and
implemented at IFFCO Kandla. Applications developed in-house at IFFCO Kandla.
There is also other software developed for Department for further facilitations:
1. Transportation System:
2. Materials management system:
3. Financial Accounting system:
4. Human resources management system (HRMS) etc.
IFFCO is also establishing a corporate level wide are network linked trough 64kbps
satellite at all unit, H.O. and Zonal office IFFCO Kandla will be benefited by this to
facilitate faster communication among the unit ,H.O., Marketing office.
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3.12.4 Stores.
Responsibilities of stores:
Receiving of all incoming goods
Inspection of all receipts
Identification of all material stored
Storage and preservation
Material handling
Issue and dispatch
Maintenance of stock records
Inventory control
Stock taking
3.12.5 Purchase department.
Responsibility for purchase function is on the in charge of Materials Department. The
demand from various departments should give from issuing enquiries. The main
purchase functions are as below:
A registration of vendors/contractors.
Requisition to purchase.
Record and numbering or requisitioning.
Enquiries/Invitation to bid.
Time allowed for submission of bid.
Validity of bid.
Opening of bids.
Late, invalid and unsolicited bids and EMD.
Quotation Comparisons Statement (QCS)
Tender Committee.
Selection of successful Bidder.
Signal tender.
Negotiation.
Rate Contracts.
Purchase Order.
Guarantees.
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Amendment to purchase order.
Extension of Delivery/ Completion time.
Report Order.
3.12.6 Transportation.
Logistics or transportation department of any industry is a Bridge between
Productions and Marketing without which neither marketing can survive nor
production units. Therefore, transportation department is a lifeline not only to
industries but also to any country throughout the world.
There are two main functions of the transportation department:
1. Operations2. Claims
1. Operations function :
a. Road Dispatch:
Road dispatches are carried out only in Gujarat and Rajasthan. This is due to the fact
that many of the warehouses in these states are not situated closer to the rake points,
which leads to increase in secondary movement and thus in costs. Damages and
material handling costs are reduced in road dispatches. For road dispatches, annual
contracts are given to transporters for which advertisement is placed in the
newspaper, inviting the transporters to submit their bids. Different contractors are
assigned for different locations. Around 25 trucks per day are dispatched from the
plant with each truck carrying 10 metric tones. Material waste is about 0.03%. The
cost in road dispatches is high as they charge a fixed cost based on the number of
kilometers traveled. It is cheaper to use this means of transportation up to 300
Kilometers. Only 4% of the dispatches are by roads.
b. Rail Dispatches:
Kandla comes under western railway. There are identified rake points all over the
country where the fertilizer are sent as per the dispatch instructions received from the
head office. There are warehouses situated near the rake points where the fertilizers
are off loaded. From the warehouses, the fertilizer is then transported to near by
villages through secondary movement. Since railways are well connected to all the
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areas in India, transportation is cheaper and also due to fact that railways adopt a
telescopic freight structure. More that 200 centers are covered in rail dispatches.
Railway is bound to give 3 rakes per day to IFFCO on the On your wagon scheme.
Each rake has a capacity to carry more than 2000 metric tones. Railways provide for
as a contract between the note, which acts as contracts between the firm and the
railways.
2. Claims :
As a network of railways IFFCO contractors and courier services is jointly
coordinating the activities. There are conflicts about financial aspects arising.
Consider the case if the wagons with a definite number of bags are sent to the
destination but the number of bags received is less than sent, then the claims section
in the transportation department will come into play. There are two type of claims
i.e. Refund and compensation. In refund money collected wrongly by Railway is
demanded. However in compensation, extents of losses/damages are claimed.
The two main types of claims are:
1. Tenable Claims:
If today consignee doubts that the material or delivery arriving is not in proper
condition by seeing wagons condition, broken seal or any other reason, then he will
call the railway authorities and then in their presence they will open the wagons. If
any loss in the quantity is there the railways are obliged to pay for the loss. This type
of delivery taken is called Assessment or Open delivery.
Sometimes wagons from the full rake on journey may be lost or any other reason for
not reaching to the destination. Under this situation it is job of the transportation
department to send railway the notice that the particular wagon has not arrived at the
destination and ask them to make inquiry in the concerned matter. After sending the
notice, if still not outcome comes then the transportation department will lay down
claim for missing wagons to the railways. This type of claims should take place
within six months from the sending of consignment.
In material received is in damaged condition, and then the department can lay claim
for damage to railway authorities based on negligence on railways part. But such
kind of claim can only be made if open delivery has been taken and abnormal period
of reaching the wagon at destination.
2. Untenable claim:
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So many times during the distributing purpose, there are losses, which cannot be
claimed. For e.g. fertilizer being sent to destination in wagons in seals intact
condition and still the bags delivered at destination is less in numbers. This type of
shortages cannot be claimed. Under this situation, claims department will prepare
untenable claim report and sent it to committee. The committee will review the
claims. This committee comprises representatives from bagging/ transportation/
finance. After review, if it found satisfactory the committee will drop the claims.
3.12.7 Time office.
Following are the functions of the time office in IFFCO Kandla.
Maintaining the attendance records of all employees and marking
attendance, leave record etc. of workers.
Reporting to the accounts department the monthly staff in respect of
employees.
Compiling the statistical report regarding employment and attendance,
etc. of workers for submission to various labour enactments and Head office.
Issue attendance cards to the employees
Maintaining all types of leave records of employees as per the
requirements of Gujarat Government.
Factories Rules/ standing orders /payments of wages etc.
Maintaining records of overtime
They also maintenance Temporary casual labour attendance records.
Maintaining the attendance records of all employees and marking
attendance, absence, leave etc. of workers.
3.12.8 Research and development.
R & D Laboratory, at IFFCO Kandla, has taken up the work for development of new
fertilizers like High Analysis Polyphosphate based liquid fertilizer, chloride free NPK,
incorporation of Micronutrients in solid and liquid fertilizers. Cheated Micronutrients,
colouring of NPK Fertilizers, alternatives of silica sand filler etc, and a brief write up of
the projects is given below:
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High analysis Polyphosphate based liquid fertilizers
Liquid fertilizers have become an important segment of the fertilizer industry in the
developed as well as in developing countries due to their various advantages like: less
pollution, good compatibility & versatility, carrier of micronutrients, pesticides &
herbicides, along with uniform application of fertilizers. Polyphosphate based liquid
fertilizers are still more useful as these type for fertilizers are slow release fertilizers.
A process for producing liquid fertilizer was developed in R&D Laboratory, at
IFFCO Kandla. The process involves the use of merchant grade phosphoric acid (52-
54 % P2O5), Urea and Ammonia. Merchant grade phosphoric acid and urea react to
form Urea phosphate mother slurry. This slurry, on centrifugation, yields Urea
phosphate & Urea phosphate mother liquor. Urea phosphate on pyrolysis produces
Urea ammonium polyphosphate. The Urea-phosphate mother liquor is purified with
ammonia to separate the metallic impurities. The purified mother liquor and
pyrolysed urea phosphate were mixed to get liquid fertilizer. Final adjustment of
grade is done with water and Ammonia.
About 10 MT of liquid fertilizer NP 16:32 produced in our laboratory and sent to
various agricultural institutions and in house facilities for feeler trails. The results
received from various feeler trails indicate favorable supremacy of liquid fertilizers.
A proposal for setting up of a 10 MT/day capacity pilot plant for liquid fertilizer is
under study to meet the increase demand for this fertilizer.
High analysis Chloride Free NPK
Potassium is considered to be one of the major plant nutrients, which influence crop
yields & quality. Major sources of potassium areas: Marinate of Potash (MOP) &
Sulphate of Potash (SOP) or Potassium Sulphate. Generally potassium chloride
(MOP) is used in agriculture due to its less cost as compared to potassium sulphate.
Use of potassium sulphate is restricted due to its high cost and poor availability to
chloride sensitive crops like FCV, tobacco, citrus fruits, potato etc. A process has
been developed to produce chloride free NPK using MOP.
Continuous use of chloride containing fertilizer increases the salinity and salt index
of the soil and ultimately the crop yield and quality.
The process for producing chloride free NPK uses the same raw materials like
phos.acid, ammonia, and potash as are being used in our existing NPK plant. In this
process, potash is admixed in phos.acid and ammonia. The ammoniated slurry is
cooled, centrifuged, granulated and dried. The centrifuged cake contains potassium in
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chloride free form. The mother liquor is rich in chloride. Mother liquor is dried and
sold as another fertilizer.
About 5 MT of this fertilizer was manufactured and sent for agronomic studies.
Results of agronomical studies are quite encouraging.
Incorporation of Micronutrients
In solid fertilizers: Studies were carried out for incorporating micronutrients like
zinc, copper, iron, manganese boron & molybdenum in NPK fertilizers, zinc, copper,
iron & manganese when incorporated in solid fertilizers (NPK) were not available in
water-soluble form while boron and molybdenum were available in water soluble
form after incorporation. It is observed that boron & molybdenum can be
incorporated in NPK fertilizers.
In liquid fertilizers: Studies were also carried for the incorporation of micronutrients
in liquid fertilizers. The results shows that the maximum amount of micronutrients
which can be incorporated in liquid fertilizer of grade NP 16:32 is as under:
Zinc: 2%, Iron: 0.4%, Boron: 0.9%, and Molybdenum: 0.3 %. Manganese could not
be incorporated as it gets precipitated.
Zinc Chelate
A process was developed for preparing zinc chelate containing 12 % zinc in liquid
form. Further the zinc chelate does not contain any sodium ions but contains
ammoniac nitrogen as micronutrients.
Colouring of NPK/DAP fertilizers
We are producing NPK fertilizer using phos.acid as one of the raw materials.
Phos.acid is imported from various countries. The quality of phos.acid affects the
quality of the product with respect to colour. To give an identity and marketability of
IFFCO NPK fertilizers and to impart various colouring materials, this should be
compatible for W.R. to storage and agronomic suitability. Work is in process for
incorporating this on a commercial scale.
Trials have also been conducted with products from various forms for economic &
agronomic solubility for use on a commercial scale.
Study regarding use of different filler materials in place of Silica Sand:
IFFCO KANDLA is using silica sand as filler material to adjust the grades as per
Fertilizer Control Order Specifications. Work was undertaken to study the feasibility of
using various filler materials like Betonies, Phosphogypsum, Single Super phosphate or
Sulphuric acid instead of silica sand. A Trial was also carried out in the running plants
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using Bentonite partially replacing the filler feed. The positive and negative points of
each were noted and further study is being done.
3.12.9 Production.
IFFCO Kandla plant is located on the western bank of Kandla creek adjacent to Kandla
Port Trust oil Jetties. The plants produce NPK/ DAP complex phosphatic fertilizers of
various grades, namely NPK grades 10:26:26, 12:32:16 & DAP 18:46:00 in terms of N:
P2O5: K2O.
There are two NPK/DAP plants as I mention above in which there are totally six
process streams. Plants are named as:
1. Plant-1 (NPK 1)
2. Plant-2 (NPK 2)
The various type of Vessels, Equipments, Machineries, with Mechanical, Electrical
devices are used in the manufacturing of fertilizer like NPK- 10:26:26, NPK -
12:32:18, and DAP - 18:46:00.
The raw materials are passed and processed through Pre-neutralizers, Granulators,
Rotary Driers, Bucket elevators, Conveyors, Vibrating Screens, Pulverizes etc. and is
produced final product at the end.
The safety devices like plant trip in case of over load. Auto shut off valve,
interlocking arrangement in case of Mal-function or equipment failure during the
process. The various safety and handling instruments are provided and kept
efficiently working. It can also be remotely operated from the control room.
A number of cyclones are provided to collect and recover the dust generated at
various points, thereby keeping the clean and polluting free environment. Dust
escaping from the cyclone along with fumes from pre-neutralizer and granulator are
scrubbed in scrubbers and diluted with phosphoric Acid. The effluent from the
scrubber is consumed in pre-neutralizer.
The process is unique in the sense that no liquid effluent is generated in the NPK
Plant. It is a total recycle process.
Nitrogen, Phosphorus and Potassium are primary nutrients for living plants. Here in
the chemical fertilizer so produced, Phosphoric Acid is the source for Phosphorous,
while Ammonia and Urea, which are the sources of nitrogen, muriate of potash is the
source of potassium and filler is added, to balance the fertilizer composition.
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BULK STORAGEBULK STORAGE FOR
K-1 (NPK)
BULK STORAGE FOR
K-2 (DAP)
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3.12.10. Product handling.
Product handling is the main Department linking relation between the finished
product and Transportation section. Whose main duty is of handling procedure of the
finished product NPK/DAP produce from the plant K1 and K2 where it is produce to
send the same in bulk storage and from bulk storage again to the Bagging section all
that procedure is handled by the product-handling department.
It is also their duty to make arrangement for necessary transport vehicle such as
Truck, Railway Bogies for sending the NPK/DAP to various parts of country. They
have to be in regular touch with the transportation department.
After Making the arrangement for Necessary Transportation vehicles Railway Bogies
and Trucks it is also there duty to Load the required Bags of NPK/DAP in to the
bogies and trucks and at same time it there duty to seal the bogies with Bin card
specifying the Grade type, Quantity loaded along with the authorized signature as a
Proof.
Product Storage:
Two covered storage silos for storing bulk fertilizer are available at Kandla unit, one
is for KANDLA Phase -1 streams and the other is for Kandla expansion Phase- 2
steams. Each of these silos is has a capacity of storing 30000 MT of bulk fertilizer.
The Kandla Phase-1 silo is divided into four equal compartments, while half of the
Kandla Phase -2 silos consist of one compartment and the other half is divided into
two equal areas. The silos ensures that the plant can continue in operation even when
the product cannot be dispatched due to non availability of railway wagons and add
to the operation flexibility of producing and bagging different grades of fertilizer.
The product from bulk storage at phase-1 is reclaimed with semi portal scrapper
loader at a rate of 125 MTPH and sent to the bagging plant by belt conveyor, while
the semi portal scrapper loader at Phase-2 site can reclaim at rate of 250 MTPH
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Bagging:
Bagging is an important section of product storage. It is process by which finished
good is packed in various sizes.
The bagging plant has a total of fourteen slat conveyors, thirteen of which are fitted
each with two Nos. of microprocessor based semi automatic weighing machines and
one stitching machine and each slat is capable of weighing and stitching at a rate of
900 bags per hr. One fully automatic weighing and bagging machine is also installed
along with bag placer which has capacity of weighing and bagging at a rate of 1200
bags per hr.
There are different signs of colours shown on bags for differentiating the grades of
fertilizer like:
Sr.No. Fertilizer Colour of strip on Bag
1. NPK 10:25:26 Red Colour strip
2. NPK 12:32:18 Green colour strip
3. DAP 18:46:00 Green & Red colour strip
Sr.No. Bags size
1. 50 Kg.
2. 40Kg.
3. 25Kg.
The machines do automatic stitching of bags. The bags are reprocessed so no
wastage of bags is seen in the department. There is lab analysis done for checking
the bags and during inspection 26 pts related to different criteria are inspected. The
workers working in this department are having a piece wage system. Space has been
provided for storing more that 3 million empty bags in the bagging plant and the
covered platform area can be used for stacking more than 5000 MT of bagged
product. Bagged product is dispatched by road within the states of Gujarat &
Rajasthan and by railway wagons to places all over the country.
During bagging mainly 3 people are required to inspect the process. These persons
are mainly from:
1. Marketing Department
2. Bagging Department
3. Representative of the contractor.
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These people are needed for signing the loading receipt and then the wagons or trucks
are sealed.
3.12.11. Offsite/Utilities facilities.
Kandla plant main and important sections are offsite. Offsite facilities refer to the
storage facility for Ammonia, Potash, Urea, Filler, Phosphoric acid and other utilities
like Fuel oil, Instrument air, Stream Generation plant, Power and Water.
Raw Material Storage
Ammonia Storage:
The ammonia storage facility consists of two Nos. of Horton spheres each having a
storage capacity of 1500 MT of hydrous liquid ammonia stored at a temperature of
zero degree centigrade and at a pressure of 3.5dg/sq.cm G. Liquid ammonia from
IFFCOs other units is received in rail tanker each having a capacity of 32 MT and is
unloaded in the HARTON spheres. Vapor generated during the tankers unloading is
directly fed to the plant. Atmospheric ammonia storage facility consists of three
tanks having storage capacities as 5000 MT., 1000 MT. & 15000 MT. to store liquid
ammonia at a temperature of minus 33 degree centigrade & at atmospheric pressure.
Imported ammonia received in ships is stored in these tanks by pumping into an
unloading line directly from the ship to each of the storage tanks.
Storage & Handling of Potash, Urea & Filler.
Imported potash in the form of crystalline potassium chloride is received in trucks
and stored in a covered storage area which has a capacity to store 80000MT having
facilities to unload and stack at a rebate of 278 MTPH and reclaim for use in the
plant at a rate of 278 MTPH. Urea & Filler is stored area consisting of six bins, with
trucks directly unloading into the bins, having a total storage capacity of 20000 MT
with facilities to reclaim for use in the plant at a rate of 125 MTPH.
At Kandla phase-2 Expansion plant site (E&F streams) a separate covered facility is
constructed to store urea, filler, potash & seed consisting of DAP/NPK fertilizer.
Half of the storage area is for potash storage while there are four bins for storage of
urea, filler & seed. The total storage capacity is 8500 MT along with facilities to
stack at a rate of 100 MTPH and reclaim at the rate of 200 MTPH.
Storage & Handling of Phosphoric acid.
Phosphoric acid is stored in eight vertical cylindrical rubber lined steel tanks having
dimensions of 28 meters X10.30meters (diameterX ht.). Each of them has capacity to
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store 10000 MT of wet process phosphoric acid having around 57% P2O5 content.
Imported phosphoric acid received in ships is pumped from the ship to an unloading
line going from the jetty to each of the storage tanks. Two of these storage tanks are
located at the Kandla Phase- 2 Expansion Plan site. Each of the streams A & B, C &
D, and E & F are having day thanks of capacity 1350 MT for storage of phosphoric
acid at the plant battery limit.
Utilities:
Utilities section include to the look after the following Items:
1. Fuel Oil
2. Plant and Instrument Air.
3. Stream Generation Plant
4. Power
5. Water
6. Liquid Cargo Jetty.
3.12.12. Fire and safety.
This sections main duty is to look after the safety of the employees working. As the
plant consist of hazardous Raw Material Tank of Ammonia, Phosphoric Acid and
also the diesel fuel tank and also there pipelines connecting the raw material tanks.
Which can dangerously affect the health of the worker health working there due to
leakage in the one to them? They also have to continuously be alert due to the
possibility of fire, leakage in tanks or pipelines etc. to avoid any high destruction.
They also at regular time publish Books, pamphlets and make arrangement for lecture
in order to give safety guideless to worker working at plant.
3.12.13 Civil.
Civil department is concern with the maintenance of the Build infrastructure at the
plant. They regularly keep eye on the maintenance of the K1, K2 - plant, Bulk storage
building, Administrative Building etc. If any destruction had been seen while ruining
of the plant and management thinks that same is not bearable or management takes
decision to make necessary changes in old infrastructure make some new addition is
same then at same time role of Civil Department comes into play.
3.12.14. Mechanical maintenance.
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Maintenance looks after the maintenance of K-1, K-2 Plant. Maintenance work are
carried out in order to increase the plant efficiency so that plant can run smoothly,
effetely and they can utilized the full capacity of plant.
Division of Maintenance Department is as follow:
1. Mechanical maintenance
Mechanical maintenance -1
Mechanical maintenance -2
2. Electrical maintenance
Electrical maintenance -1
Electrical maintenance -2
3. Instrumental maintenance
Instrumental maintenance -1
Instrumental maintenance 2
Regularly weekly programmers are prepared for plant maintenance and during the
maintenance work going on plant are shut down for the period. Detail about the
reasons for shout down of plants for maintenance purpose is given above.
3.12.15. CISF
CISF main duty is look after the security of the plant. There are all over 33 people in
this section shouldering the security of plant.
Following are the functions of CISF:
They have to look that any unknown person without any management
permission letter cannot enter the plant premises.
To make proper parking at parking area specified at plant.
To allow the Trucks and other transport vehicles to enter and only after
checking the proper Bills or management permission letter.
To make sure that there is no theft of fertilizer due any reason for that they are
given fully power of checking.
3.12.16. Training.
There main duty is concern with providing the Training to employees to increasetheir efficiency and productivity at regular time. They also make arrangement for
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seminar, presentation etc, by the well known person specialized in some sector to
provide there guidance and suggestion to employees.
They also make arrangement for personality development programs for there
employees. As todays world we known that computer is the main part in today
business world. So they also make arrangement for the weekly training programs for
employees to guide them new computer programs which can reduce there work load
and increase there efficiency. It is also there duty to look after the vocational and
Appendix Trainees who come form various fields for experience purpose.
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4
INVENTORY
MANAGEMENT
4. INVENTORY MANAGEMENT.
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4.1. Introduction of Inventory Management.
Before going directly to inventory management I would like to mention the meaning of
inventory and all different type of inventory.
4.1.1. Meaning:
For better understanding of the technique of inventory control we have to firstly know
the about what we mean by the term Inventory. Inventory basically means the stock
of goods. It is the sum of the raw material, goods in production process, finished goods
and the stock of stores materials.
4.1.2. Types:
Following are the different types of the inventory, which the company generally holds.
Raw material
A raw material is the goods, which are required to produce the product of the firm.
Raw materials are the basic input of the production that is converted into finished
goods after manufacturing process.
Goods in production process
These are the goods or inventories, which are under the production process, in other
words we can say these goods as goods in process. In other words we can say that
these are the semi-finished goods. They represent the products that need more work
before they become finished products for sale.
Finished goods
Finished goods inventory are those completely, which are manufactured and ready
to sale. Stock of raw material and work-in-progress facilitate production, while
stock of finished goods is required for smooth marketing operation.
Stock of stores materials
Stock of store materials includes spare and tools. Spares mean the parts of the
machinery and tools are the equipment, which is provided to the employees of the
firm. These materials do not directly enter into production but it is essential for
production process.
So these four are the different type of inventory on which business depends. In any
manufacturing unit inventory plays a major role because the major part of the cost of
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production is cost of inventory. In any fertilizers industry cost of raw material is one of
the major elements accounting for almost 60%-70% of cost of production. Similarly
stock of inventory is one of major item of the current assets where resources are
blocked. It is essential to control holding of inventory and material cost in any
manufacturing concern to achieve greater profitability for the organization.
4.2. Importance of Inventory Management.
Following are the importance of the inventory management of in any organization:
1. As we all know that inventory plays a major role in any
organization because major part of the working capital is spend on the inventories,
so it is necessary for any firm to manage inventory.
2. If the inventories of the firms are not maintain or manage
than there may be a great loss for any firm, as the capital is blocked in it.
3. It is necessary to have a proper analysis otherwise there
huge block of the working capital in the inventories.
4.3. Needs for Holding Inventory Management.
The question of managing and controlling inventories arises only when the company
holds the inventories. Holding more inventories lead the firms towards more blockage
of capital in it and if the holds less inventories then there is chance of shortage of
inventories in production process as well as it incurred more carrying & ordering cost.
Mainly there are three motives of holding inventories.
4.3.1. Transactions motive.
A transactions motive emphasizes the need to maintain inventories to facilitate smooth
production and sale operations.
4.3.2. Precautionary motive.
Precautionary motive necessitates holding of inventories to guard against the risk of
unpredictable changes in demand and supplies forces and other factors.
4.3.3. Speculative motive.
Influences the decision to increase or reduce inventory levels to take advantage of price
fluctuation.
4.4. Techniques of Inventory Management.
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4.4.1. ABC analysis.
InABC analysis, the entire goods in store are divided into three categories A, B and C.
It is the most effective way of the inventory management most of the firms are adopting
this technique. That is why ABC is also known as Always Better Control. How the
goods are divided into three categories are mention below:
1. A category goods.
A category goods are high value goods which incurred maximum of cost of the total
inventory cost. In IFFCO the which costing more than Rs. 50000/-
2. B category goods.
B category goods are those, which are costing betweew Rs 10000/- to Rs 50000/-.
3. C category goods.
C category goods are those, which are costing below Rs 10000/-
Details of ABC analysis.ITEM PERCENTAGES ANNUAL USAGE VALUE
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CLASS
ACC. TO ITEM (IN LAKHS)
PERCENTAGES
ACC. TO VALUE
A 307 1 578.19 27
B 1063 3 630.66 29
C 30019 96 965.21 44
TOTAL 31389 100 2174.06 100
% OF ABC ITEMS ACC.TO THE NO. OF ITEMS
1%3%
96%
A B C
% OF ABC ITEMS ACC.TO VALUE OF ITEMS.
27%
29%
44%
A B C
Source: Stores department report
4.4.2. FSN analysis.
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Here in FSN technique all goods are categorized into three category fast moving
goods, slow moving goods and non-moving goods. The rules of the FSN analysis may
vary according companies norms. Below mention are the norms of FSN analysis of
IFFCO:
1. Fast moving goods.
Fast moving goods are those, which are used within three years
2. Slow moving goods.
Slow moving goods are those, which are used between three to five years.
3. Non-moving goods.
Non-moving goods are those, which are used since last five years.
For FSN analysis the rules may varies according to company norm. In IFFCO norms
of fast moving, slow moving and non-moving goods are the same as mention above.
Below given is the FSN analysis of the A category items.
FSN Analysis as on 30th June 2005.
Items Number of Items (In Rs.) % According to value
Fast Moving Items 228 83
Slow Moving Items 41 15
Non Moving Items 6 2
Total 275 100Source: Stores department report
Note: The total number of item in A category are 307 but I had taken into consideration
275 items for FSN analysis because 32 items are Surplus and Obsolete items.
4.4.3. EOQ technique.
EOQ stands for Economic Order Quantity. One of the major inventory management
problems to be resolved is how much inventory should be added when inventory is
replenished. If the firm is buying raw materials, it has to decide lot in which it has to be
purchase and on every replenishment. If the firm is planning a product run, the issue is
how much production to schedule (or how much to make). These problems are called
order quantity problems, and the task of the firm is to determine the optimum or
economic order quantity (or economic lot size).
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Determining an optimum inventory level involves two types of costs:
(a.) Ordering cost
Ordering costincludes all the costs, which are incurred while placing the order to the
supplier. It includes the salaries of the purchase department and the salaries of tender
committee. And all other cost like stationary, etc.
(b.) Carrying cost.
Carrying cost includes cost of transportation of raw material. It may be any way of
transportation railway, airways, waterways and pipeline. In IFFCO most of raw
materials are coming from another from ships. And some raw materials are coming by
truck or trains. So the cost that is incurred in charges of train, trucks and ships are
included in the carrying cost. It also includes the salaries/wages of all people that are
involved in the process of unloading the goods/materials.
4.5. Inventory valuation system in IFFCO.
1) Raw materials are valued at lower of weighted average cost or net realizable value.
2) Stores and spares, Packing material, and Construction Material are valued at of
weighted average cost. Item of stores and spares which are slow or non-moving are
value at lower of cost or realizable vale based on technical based on technical
estimation.
3) Finished goods and stock in process are valued at lower of cost or net realizable
value. Damaged stock as identified by the management are valued at their estimate
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realizable valued. Closing stock of finished goods is net of transit and
standardization losses.
a) The cost of stock lying at plant is derived taking attributable expense
incurred at factory.
b) Cost of stock lying at warehouses:
In respect of manufactured urea covered by group concession scheme at
cost of production after adjustment of contribution to /subsidy from fertilizer
industry coordination committee (FICC).
Imported Urea at procurement cost plus handling charges less remuneration
received from the government of India.
Fertilizer whose prices have been de controlled by the Government of India.
c) Net realizable value:
For stock of urea lying at plant, group concession price fixed by FICC.
For stock of urea lying in warehouses, selling price fixed by government of
India.
For fertilizer whose prices have been decontrolled by the government of India
and for imported fertilizer, the price prevalent on the date of balance sheet.
4) Stock of seeds and chemicals are valued at lower of weighted average cost or
estimated realizable value.
5) Tools issued are written off over the period of three years.
6) Catalysts and Resins issued at the time of commissioning the plant and capitalized.
Subsequent issues are charged to revenue on the basis of their estimated life.
4.6. Details of Inventory in IFFCO.
Consumption of Inventories (In Lakh).
YEARS RAW MATERIALS STORES & SPARESCHEMICALS &CATALYSTS
PACKAGINGMATERIAL
2000-01 327491.47 4193.13 2017 10137.79
2001-02 327608.16 5607.84 1863.76 9407.67
2002-03 393889.97 5733.74 1701.6 9755.13
2003-04 390579 4669.31 2062.67 9603.66
2004-05 497699.03 6857.29 2101.76 13098.68
Source: 37 Annual report of IFFCO
Trend analysis of raw material Consumed
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This analysis is done taking 2000-01 as a based years. And the entire figures are in
percentages.
YEARSRAW
MATERIALSSTORES &SPARES
CHEMICALS &CATALYSTS
PACKAGINGMATERIAL
2000-01 100 100 100 1002001-02 100.03 133.73 92.40 92.79
2002-03 120.27 136.747 84.36 96.22
2003-04 119.26 111.35 102.26 94.73
2004-05 151.97 163.53 104.20 129.20
Distribution of Income on Raw Materials Purchased.
YEARS TOTAL INCOME (Rs in crore) RAW MATERIAL IN % OTHERS IN %
2000-01 5334 74 26
2001-02 5326 71 29
2002-03 6337 68 32
2003-04 6164 74 26
2004-05 7692 78 22
DISTRIBUTION OF INCOME
0
10
20
30
40
50
60
70
80
90
100
2000-01 2001-02 2002-03 2003-04 2004-05
YEARS
PERCE
NTAGES
RAW MATERIAL IN %
OTHERS IN %
Source: 37 Annual report of IFFCO
Ratios of IFFCO Relating to Inventories.
Ratios 2000-01 2001-02 2002-03 2003-04 2004-05
Inventory of finished goods(Month sales) 1.6:1 1.81:1 1.88:1 1.3:1 0.77:1Inventory of raw material and packagingmaterial (Month consumption) 0.63:1 0.77:1 0.68:1 0.79:1 0.73:1
Current ratio 2.92:1 2.72:1 2.62:1 2.84:1 2.36:1
Quick ratio 1.65:1 1.39:1 1.51:1 1.71:1 1.51:1
Source: 37 Annual report of IFFCO
4.7. Details of Inventory in IFFCO Kandla.
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Raw Material Consumed (In MT)
Years P2O5 Urea Potash Ammonia Filler2000-01 659273.180 66312.626 254101.644 284003.553 119641.050
2001-02 775707.525 37890.990 328552.389 351070.698 91621.035
2002-03 931084.715 63088.297 288353.680 412780.482 79722.900
2003-04 839936.861 49566.931 275209.163 374535.221 77425.800
2004-05 952216.039 67315.129 382800.465 414608.883 85890.60
Source: Audited report at IFFCO Kandla
Trend analysis of raw material Consumed
This analysis is done taking 2000-01 as a based years. And all the figure are in
percentages.
Years P2o5 Urea Potash Ammonia Filler
2000-01 100 100 100 100 1002001-02 117.66 57.14 129.30 123.61 76.58
2002-03 141.23 95.14 113.48 145.34 66.64
2003-04 127.40 74.75 108.31 131.88 64.72
2004-05 144.43 101.51 150.65 145.99 71.79
P2O5 COMSUMPTIONS
0.000
100000.000
200000.000
300000.000
400000.000
500000.000
600000.000
700000.000
800000.000
900000.000
1000000.000
2000-01 2001-02 2002-03 2003-04 2004-05
YEARS
QTY(INMT)
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UREA CONSUMPTION
0.000
10000.000
20000.000
30000.000
40000.000
50000.000
60000.000
70000.000
80000.000
2000-01 2001-02 2002-03 2003-04 2004-05
YEARS
QTY(INMT)
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AMMONIA CONSUMPTION
0
50000
100000
150000
200000
250000
300000
350000
400000
450000
2000-01 2001-02 2002-03 2003-04 2004-05
YEARS
QTY(INMT)
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POTASH CONSUMPTION
0.000
50000.000
100000.000
150000.000
200000.000
250000.000
300000.000
350000.000
400000.000
450000.000
2000-01 2001-02 2002-03 2003-04 2004-05
YEARS
QTY(INMT)
FILLER CONSUMPTION
0.000
20000.000
40000.000
60000.000
80000.000
100000.000
120000.000
140000.000
2000-01 2001-02 2002-03 2003-04 2004-05
YEARS
QTY(INMT)
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Down Time Detail (In numbers of days)
YEARS P2O5 AMMONIA2000-01 9.36 6.37
2001-02 7.47 3.37
2002-03 11.86 0.75
2003-04 42.94 21.65
2004-05 42.76 4.57
Source: Audited report at IFFCO Kandla
DOWN TIME DETAIL DUE TO SHORTAGE OF
P2O5
0
5
10
15
20
25
30
35
40
45
50
2000-01 2001-02 2002-03 2003-04 2004-05
YEARS
NO.OFDAYS
DOWN TIME DETAIL DUE TO SHORTAGE OF
AMMONIA
0
5
10
15
20
25
2000-01 2001-02 2002-03 2003-04 2004-05
YEARS
NO.OFDAYS
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Production loss due to raw material shortage:
Total production during Year 2004-05 was 2440100 MT and total stream hours used
was 43417 hrs so the production rate is 56.20 MT per hour
Now, average down time for phosphoric acid is 1026 hrs so the production loss due to
shortage of phosphoric acid is (1026 *56.20) = 57661.2 MT
Average down time for ammonia is 109.66 hrs therefore production loss due to the
shortage of ammonia is (109.66 * 56.20) = 6162.26 MT
So the total production loss due to shortage of raw materials is equal to 63823.46 MT
during 2004-05.
From below chart we find that in total down time 75% times plant is shut down due to
the shortage of raw materials only while others include mechanical maintenance,
electrical maintenance etc. so it is desirable to maintain adequate quantity of P2O5 and
ammonia as safety stock.
Transit time details for Raw Material (In days)
P2O5 Urea Potash Ammonia FillerMaximum Time 27 15 30 12 1
Minimum Time 12 5 13 6 1
Source: F & A Department
Here we take the latest details of raw material (In MT) consumed in 2004-05. And we
have taken 5 days approximately processing time of the purchasing process. So we
have taken lead-time as Minimum Time + 5days.
P2O5 Urea Potash Ammonia FillerRaw material consumed 952216.039 67315.129 382800.465 414608.883 85890.600
Per day consumption 2645.04 186.99 1063.33 1151.69 238.59
Lead time 17 10 18 11 6
So safety stock of the above calculated below:
P2O5
= 2645.04 x 17
=44965.68 MT
Urea
= 186.99 x 10
= 1869.9 MT
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Potash
= 1063.33 x 18
= 19139.94 MT
Ammonia
= 1151.69 x 11
= 12778.59 MT
Filler
= 238.59 x 6
= 1431.54 MT
Raw Material Conversion Period
Phosphoric Acid conversion period
= (Phosphoric Acid inventory / Phosphoric Acid consumption)*330
= (9766.855/178330.48)* 330
= 19 days.
Potash conversion period
= (Potash inventory / Potash consumption)*330
= (5495.16/33250.05)*330
= 54 days.
Urea conversion period
= (Urea inventory / Urea consumption)*330
= (1488.99/6484.37) * 330
= 75 days.
Ammonia conversion period
= (Ammonia inventory /Ammonia consumption)*330
= (2612.28/53876.84) * 330
= 16 days.
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Filler conversion period
= (Filler inventory / Filler consumption)*330
= (36.86/100.53) * 330
= 120 days.
Average Raw Material conversion period
= (Total Raw Material inventory/Total Raw Material consumption) * 330
= (21977.79/272042.28) * 330
= 27 days.
Note: All the inventory and consumption figures that are shown in above mention
calculation are in lakhs.
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5
LIMITATIONS
OF
REPORT
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5. LIMITATIONS OF REPORT.
As the field is to be covered is too vast and the time was limited, so it is
difficult to cover each and every minor detail.
As there are too many items in stores, which incurred different ordering cost
and different carrying cost. So it is impossible to find out Economic Order Quantity
for stores and spares items.
As order of the five major raw material are give on yearly basis by IFFCO it
is not possible to find out Economic Order Quantity for raw material.
As there too many item in stores and spare it is not possible to do FSN
analysis for B and C category items in such short time duration.
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6
FINDINGS
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6. FINDINGS.
I find out Percentages of ABC analysis according to value of items and according to
numbers of items in stores.
I find out Percentages of FSN analysis according to the fast moving, non-moving and
slow moving items.
I find out Safety stock based on the transit time and the time for order that is taken
approximately of the five major raw materials used by IFFCO.
I find out Raw material conversion period of five major raw materials.
I had calculated the Trend analysis of the five major raw materials consumed, taking
2000-01 as the base year.
I had calculated the detail of the production loss due to shortage of raw materials.
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7
CONCLUSION
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7. CONCLUSION.
Theoretical knowledge are provided to me in the college but such type of training helps
me to know lot more about the each and every aspect of the management it increases
my practical knowledge which may be helpful to me.
In training I got the knowledge in detail about the inventory management and its
control techniques.
I got knowledge in about the brief different the function, the techni