OxyLite is a bottled water manufacturing company located in Somatne, Panvel, India that has been distributing bottled water since 2002. The document describes OxyLite's production process, which involves collecting ground water through borewells, filtering and adding chlorine, storing the water in tanks, further filtering through activated carbon and polycarbonate filters, processing through reverse osmosis, and membrane filtration before bottling and testing in the laboratory. It also discusses challenges faced and recommendations for improving production management.

2.  OxyLite is a bottled water manufacturing
company.
 It is situated in Somatne, Panvel.
 It has been distributing since 2002.
 Main motive- Balance our thirst with
responsibility towards the planet.
 It supports the cause of “Go Green”

3.  Like all other companies, OxyLite is riding on the
growth of its power brand.
 This present exercise is to analyse the growth and
the processes of OxyLite.
 In this regard, the chapter titled introduction gives
an insight into the objectives of the study, a brief
explanation of the concepts regarding processes.
 General suggestions as regards OxyLite’s
operations follow the Conclusion while the
limitations of the present study have been stated
before the Bibliography.

4.  Location.
 Layout of the plant.
 Different stages in production process.
 Functioning of the different departments.
 Types of machinery used.
 To manage the overall operations.
 To manage the production.
 “GO GREEN” concept.
 Supply purest water.

5.  Water comes through borewell.
 Filterated
 Chlorine is added
 Two 5000 ltr tanks
 Recirculation
 ACF(activated carbon filter)
 Polycarbonated filter
 Reverse osmosis
 Membrance

6. • Ground Water is collected
Borewell • And later processed
• Water is ordered from
Water other places.
• This is the second source
Tanks and is not usually used.

7.  Not having access.
 Mismatch of the information.
 Small size of plant.
 Improper plant layout.
 Lack of cleanliness.
 Unskilled labourers.

8.  Data Collected through 2 methods:
Primary Methods
• Interviews with the
representatives.
Secondary Methods
• Information collected through
internet.

10.  Research and development program.
 Production Cycle:
Disinfection, Fertilization, Filling.
 Production process: Quality management of
water, Blowing bottles, Filling of bottles, Filling
of jar, Laboratory testing.

11.  Less employees.
 Lack of efficiency.
 Improper use of space.
 Lack of supervision.
 Lack of cleanliness.
 Less machinery.
 Old technologies.
 No co-operativeness

12.  Advertising
 Introducing new products.
 Bulk supply of water.
 Win over consumer’s faith.
 Display of bottles in hotels and shops.

13. In conclusion, it is inferred that production
management is very important. In today’s world
cost cutting is a norm rather than exception.
Production management provides a effective profit
maximization and optimum resource utilization.
OxyLite who has been facing tough competition with
other brands inorder to improve its production
process with other brands has adapted production
management in a big way inorder to maintain its
lead in packaged drinking water market.