(iii)Acknowledgements

On the 26 of January 2015, I had started my industrial training in KLOBERZ SDN BHD

located at Merchant Square, Petaling Jaya. The purpose of my 3 months industrial training is to

fulfill the requirement to complete my degree which is Bachelor of Engineering (Honours)

Mechanical in Tunku Abdul Rahman University College.

Here, I would like to take this opportunity to thank you all the individuals that had been

supported and helping me in this past three months. Firstly, I would like to thank my family who

had been supporting me all this years. Thank you for all the tolerant that you all gave to me.

Next, I would like to acknowledge the following people for their support and assistance with

this internship. I would like to specially thank my supervisor and also the Director from Kloberz

Sdn Bhd. The supervision and support that they gave truly help the progression and smoothness

of my internship program. Their co-operation is much indeed appreciated. I also want to show

my gratefulness to all the colleagues from Kloberz Sdn Bhd who spared their precious time in

helping me with my works and activities.

Great deals appreciated also go to the contribution of my college – University College Tunku

Abdul Rahman. I also would like to thank to Engr. Lee Siew Seong of Industrial Training

Coordinator and all the staff in the office that patiently helping us completes this program.

Last but not least I would like to thank all my friends for guiding me and gave me all the help

that I needed for completing this report and the troubles also the problems which have been

solved through the teamwork and braingstorm among ourselves to obtain the best solution to

handle our internship task.

1

(iv) Abstract

Throughout the internship training, I learnt about the various kind of water treatment

plants in Klang Valley and the processes of treatment of water. I also stand a chance to complete

the drawing of the single membrane drawn in AutoCAD. After the drawing, Mr Tan JK taught

me about the drawing of P&ID of the water filtration system. The drawing is drawn in AutoCAD

also represent the product and the instrument of a respective system.

In addition, there were also site visit to sewage treatment plant at Kajang. Measured the

real UF system’s dimension according to the requirement which is the height,the length and the

width. After that, photo is taken as a reference to be draw in AUTOCAD. After the visit, I

finished the exact drawing of the UF system in AutoCAD.

Lastly, I also learn to draw a full and complete drawing of KRISTAL Standard UF

Systems which is MK-40 : 40- Module system. The UF system consists of 40 membranes with 3

main pipes which is Permeate, Reject and Feed Header to perform the Ultrafiltration in System.

And finished a P&ID on a Kristal Standard UF Systems along with its Legend and everything

related with this system is being done.

2

Chapter 1: Introduction

1.1 Industrial Training Scheme

Practical training is compulsory for all students From Faculty of Engineering and Built

Enviroment in Tunku Abdul Rahman University College in order to obtain a three credit hour

as a criteria to complete our degree programme. As an student from Mechanical Engineering,

they must undergone practical training from 26th of January 2015 to 2nd of May 2015 before

they were qualified to receive a degree in Mechanical Engineering. With the combination of

knowledge working experience during the 3 months training, students are required to

produce a written report.

1.2 Objective / Purpose of Industrial Training

The main objective of Industrial Training program is to expose students to actual working

environment and enhance their knowledge and skill from what they have learnt in the

college. Another purpose of this program is to instill the good qualities of integrity,

responsibility and self-confidence. All ethical values and good working practices must be

followed by student. It is also to help the students about the safety practices and regulations

inside the industry and to instill spirit of teamwork and good relationship between student

and other employees.

Preciously, I have learned lots of knowledge in various kind of machines, tools and also

safety features which is needed to follow in order to avoid any accident to happen. Currently,

engineers like us are able to produce a quotation, a draft of AutoCAD drawing and go visit

site to inspect the error of installation and the logic error in their PLC system. Finally, this

training also helps to assess student’s ability and competency in preparation to join workface

during completion of studies in Tunku Abdul Rahman University College.

3

1.3 Industrial Training Job Scope.

During this 14 weeks of internship in Kloberz Sdn Bhd, I had became the Project Engineer of

this company which assist the supervisor which is also the Director of the company which is Mr

Tan Jin Kiat. He gave me a lot of responsible in handling various kind of jobs relating to

engineering field which mainly on Water Treatment Plant which is STP and WTP.

Due to the lack of engineering based employee in his company, he gave me trust and responsible

to a very huge project which amounting total amount of millions in order to assist him in

completing the project in time. One of the largest project that I had a chance to enroll and plays a

part is project in Cameron Highland named as Ulu Jelai Hydroelectric Project which sums at an

amount of rm4, 000,000 in total.

During this period of handling the project, I was given an opportunities to inspect all the P & ID

which is the electrical component and the flow of the water tanks and treatment plant in the

project. Due to the hectic working hours of Mr Tan and the trust he had on me, he let me inspect

the components and the flow of the whole water treatment system and only need to report to him

everyday to see the progress.(Please refer to the appendix for the picture of the P&ID). From

component listing and amendment of the various parts in order for the mechanical parts to works

effectively with the logic of the PLC due to a lot of Level Switch to detect the level of water in

the tank.

Next, during this internship period , Mr Tan also told me to do a lot of data analysis of the water

treatment plant mainly on Huber Technology, from Denmark which can be found at the website

of www.huber.se. This huge company supplies a lot of product which is expensive yet it is very

reliable and long lasting compared to products from China. Due to the less knowledge and the

product is too expensive, thus it is not popular among in Malaysia. Mr Tan have the vision to

spread Huber Products in Malaysia. Products like ROTAMAT Fine Screen and Rotary Drum

Fine Screen is the most popular product among Huber Technology.(Please refer to appendix for

better image of the product.

4

I was brought by Mr Tan to meet an Engineer from Huber which originated from Germany to

visit sitres with us. His name is Mr Martin Burger. Although he doesn’t speak a good English,

yet he shares a lot of valuable experience with us about the machine of the waste water treatment

plant and the prospective of water treatment in the future world. This is because water is an

essential for every human being.(Photo on site visits will be attached in the Appendix).

After listing all the components from the Ulu Jelai Hydroeletric Project, Mr Tan has told me to

do Quotation on every needed parts in the water treatment to get the best price with the best

quality product. Doing quotation and identify also choosing the best manufacturer for pumps,

sensors and so on has been a challenge for me. The challenge was overcome when Mr Tan taught

me the criteria to choose the best parts to be used in our project and it is worth the price in order

for the hydroelectric dam to work out effectively. This is because the water generated will

generate electric and in the same time will generate clean water to the resident nearby Cameron

Highland.(Refer to Appendix for more photos about Ulu Jelai Hydroelectric Project)

As the Project Engineer in the company, I was requested by Mr Tan to do enquires about

products in water treatment plant. This is because there are a lot of more and new products in the

market which we couldn’t get enough information due to lack of communication with the

supplier. Thus, Mr Tan requested me to do data analysis and communicate with the existing

customer to do know more and know well of new product which can overcome the conventional

way of treating water neither sewage or water treatment plant.

Throughout the internship period, Mr Tan gave me the full responsibility on drafting using

AutoCAD 2009. He gave me almost everything from editing or gave me an idea of the whole

Ultrafiltration system which consisit of membrane from 4 until to 16 units in a skid. By using

skills learnt from the college and also some studies on AutoCAD. I manage to obtain Mr Tan’s

confidence to let me edit every single AutoCAD drawing and it is being doing effectively. Thank

you to Mr Tan because my AutoCAD skill have been greatly improved and I am able to drawing

a lot of things or product which is neat and very detailed.(Please refer to the appendix for more

picture of the drawing made by myself.

5

1.4 Background and Details of Company

Company Logo.

Kloberz Sdn. Bhd

(6889646-D)

Company was founded in year 2005

Office based in Petaling Jaya and workshop in Subang

Paid up capital of RM 200,00 & Authorized capital RM1,000,000

Major bankers are UOB, MAYBANK, & OCBC

Registered company with CIDB, SPAN, MATRADE, PKK, MOF, MIDA etc

Global presence with working partners and dealers in Indonesia, Philippine, Vietnam,

Brunei, Myanmar etc

6

Details of Company

We are one of the leading system integrator and manufacturer of various membranes and

complimentary products. With our vast experience we have repeatedly demonstrated through

hundreds of installations in different applications that our products and people have the proven

experience to treat virtually any water source.

Our wide range of filtration products can be applied for:

Municipal drinking water and wastewater treatment

Industrial process water and wastewater treatment

Seawater desalination

Wastewater / Sewage water recycle

Commercial property development

Mobile and emergency response

Household water filtration

Shipboard water and wastewater treatment

Military water and wastewater treatment

Membrane technologies are based on filtration methods found all around us in nature. This

technology incorporates microscopic pores that are much smaller in size than common

contaminants, minerals, bacteria and viruses. This physical barrier only allows pure water to pass

through and has revolutionized the way in which the world treats and manages its water

resources.

Swelling world populations, industrial growth and changing climates will continue to place

enormous pressures on the world's water systems. Together, Kloberz will work towards the

future to ensure that the world has access to clean, safe drinking water and the best available

treatment to preserve the natural environment.

Together we create the future of water treatment technologies.

7

Functions, Business Objectives and Missions of company

Business Objectives and Achievements.

Function

8

Experienc

es

Experience in constructing state-of-the-art ultrapure water treatment systems producing 18.3 mega-ohm resistivity water qualities with other parameters, measured in ppb levels.Experiences in designing and building demin plantExperiences in designing and building potable water treatment plantExperiences in designing and building industrial waste treatment plant

Projects

Major semiconductor / microelectronics clients includes Komag, Motorola, Texas Instrument, NEC and ON Semiconductor.Built the boiler feed water system for YTL CorporationCentral Utility Facilities (CUF) plant in East Coast of MalaysiaPetrochemical industry in Gebeng, MalaysiaPalm Oil Mill In Malaysia

CO N STRU CTIO N IN D U STRY D EV ELO PM EN T B O A R D M A LA YSIA (C ID B)

W A TER Q U A LITY A SSO CIA TIO N (W Q A )

IN TERN A TIO N A L D ESA LIN A TIO N A SSO CIA TIO N (ID A )

EN V IRO N M EN T FED ERA TIO N (W EF)

EN V IRO N M EN TA L M A N A G EM EN T & RESEA R CH A SSO CIA TIO N O F M A LA YSIA (EN SEA RCH )

M A LA YSIA N IN D U STRIA L D EV ELO PM EN T A U TH O R ITY (M ID A )

M A LA YSIA EXTERN A L TR A D E D EVELO PM EN T CO RPO RA TIO N (M A TRA D E)

Mission made with the aid of images.

This is to ensure workers in this company attracted by the unique presentation of the Mission in

the company and achieve it by working hard and have teamwork during our work in this

company, Kloberz Sdn Bhd.

1.5 Structure of Organisation of Kloberz Sdn Bhd

9

Experienced

Offer range of customized liquid treatment plants for both industrial and municipal applications

Integrated Solution Provider

Process DesignOptimization

Engineering Procurement

FabricationInstallation

CommissioningOperation

MaintenanceGoal

Excellent Customer

Service

Making a superior systems a cost

effective solution for clients

DirectorMr Tan Jin Kiat

Admin ExecutiveMs Chow Win Niy

Sales EngineerMr.Mohd Fuad Bin

Helmy

Project EngineerTing Jack Wee

1.6 Projects by Kloberz Sdn Bhd

Recent Major Project References

No. Project Title Year Total Price

1 Ulu Jelai Hydroelectric 2015 RM 4,000,000

2 Orang Asli Cameron Highland 2014 RM 400,000

3 Pantai 2 STP 2013 RM 5,000,000

4 Kementerian Luar Bandar (Orang Asli Projects) 2010 RM 500,000

5 Klian Intan WTP 2010 RM 500,000

6 Petronas Refinary Labuan 2009 RM 600,000

7 Penang Hill WTP 2008 RM 500,000

Clients of Kloberz Sdn Bhd.

Project References:

10

Proton City, Malaysia

11

Pantai 2 Underground STP, BEWG – 1,000,000 PE Ro2

1.7 Training Department

12

Training Department: Project and Sales Department.

In this department which is Project and Sales Department relates a lot of means into the

mechanical engineering studies. This is because there are a lot of products and customer which

have to be served. As an engineer in this department, it is a must to visit the sites to see the

progress of the construction of our project. This is because our mission is to give excellent

service to the customer and get their project done in time. Due to the WTP which is water

treatment plant mainly project by the government, there is always a deadline to be follow. Thus,

as a Project Engineer we have to go and visit 8-9 sites per day which varies from Kajang until

Cameron Highland. I was under a Senior Project Engineer, Mr Mohd Fuad who guide me along

the internship period. As he is an experienced employee in Kloberz Sdn Bhd,he shares a lot of

experience and ways to solve various kind of emergency situation and always remain calm when

there is situation in order to solve it and overcome the problem with an effective way.

On the other hand, in the normal ways we will have to sit in the office to serve customers and

also supplier in the company. There are a lot of customers to will call in to enquire about their

projects on gong and also a lot of technical problem to be discussed during the office hour.

Once in a blue moon, when the customer couldn’t contact us they will come into our office to

find us to solve a lot of problems regarding to their projects. If there is a lot of major problems,

the customer will ask their engineer to come to office to discuss with us, the project engineer in

order to solve the problem effectively. This is one of the customer services that have been

promised by our company. This resulting our company to be the most outstanding water

treatment company in Klang Valley. There is also a lot of communication with the supplier to get

to know their new products in the supplier company also enhance the relationship with their staff

from the supplier in order to get the best deal during quotation of parts in their companies.

13

Training personnel

<Describe the names, job positions and working relationships among the personnel of training

organisation and department>

There are 3 person in the company which is Kloberz Sdn Bhd which taught me a lot of things,

helped me to solve various problem that I had never encountered before and also as the best

companion when im out to site and also at office for work.

The first one is Mr Tan Jin Kiat. He is my supervisor, a sales engineer, a project engineer, he

holds all position because he is the Director of Kloberz Sdn Bhd. From time to time, he will fetch

me to visit sites in Cameron Highland. In the same time he will tell me what to pay attention to

when I reach the site and also safety precaution. Mr Tan always concern about the safety of his

employee and give us full support in solving problems. He will also treat us a lot of foods and

lunch as a reward for our hardwork

Next is Ms. Chow Win Niy. She is the Admin Executive in Kloberz Sdn Bhd. She assist me in

doing quotation with customer. She gave me a lot of reference of quotation made by engineers in

our company. She taught me a lot of things regarding to price negotiation, the proper ways to

communicate with customer and also provide me a lot of utilities needed in the office to

complete me task given. She indeed helped me to grow up and learn a lot of different types of

relationships between people and also ways to survive in society nowadays

Lastly is Mr Mohd Fuad bin Helmy. He is the Sales Engineer of Kloberz Sdn Bhd. He have

Master in Chemical Engineering. He explained to me the importance of studying mechanical

engineering which will actually benefits and accepted by almost every engineering field. He also

shares a lot of experience regarding to work scope in Kloberz Sdn Bhd. He is indeed a person

that is willing to teach and not stingy in sharing his knowledge to me.

Chapter 2: Ulu Jelai Hydroelectric Project.

14

The Ulu Jelai Hydroelectric Project is a 372 MW hydropower development on the Bertam River,

Pahang. The scheme is expected to produce an annual energy supply of 326 GWh. The main

features of the project are an 88-metre high, 740,000 cubic metre RCC dam with service and

emergency ungated spillways, provision for theflushing of sediment from the reservoir,diversion

weirs on the Telom and Lemoi rivers for the transfer of water to Susu Dam, an intake tower,

power tunnels and an underground powerhouse cavern. Construction work for the project

commenced in late 2010 and has been scheduled to complete by end of 2016. The first contract

package involving the access roads and associated earthworks is in progress. Meanwhile for the

second contract package, construction of the dam and the various tunnels leading to the

underground power station has just begun.

The power waterway which extends from the power intake structure to the power station

basically consists of a 9.5 metre diameter horseshoe-shaped and 4.2 kilometre long unlined

headrace tunnel, which includes a 40 metres long concrete lined rock trap; a 5.2 metre diameter

by 173 metres high concrete-lined pressure shaft; 5.2 metre diameter horseshoe-shaped by 86

metres long concrete lined pressure tunnel; 5.2 metre diameter, 10 metres long steel-lined, single

penstock embedded in concrete; steel bifurcation; and 3.75 metre diameter steel-lined, dual

penstock, embedded in concrete. The generating units (2 x 186 MW) would be housed in an

underground power station cavern, approximately 82 m x 22.5 m x 35.5 m. Other underground

facilities include the transformer cavern of approximately 34 m x 17 m x 17 m, downstream

surge chamber of approximately 40 m x 14 m x 35 m, associated service tunnels, access tunnels,

and ventilation tunnels, and a concrete lined 7.7 metre diameter horseshoe-shaped tail race tunnel

of approximately 1,720 metres in length. The scheme also includes the diversion of water from

the Telom and Lemoi river catchments through the 3-metre diameter transfer tunnels, with

respective lengths of 8,500 metres and 7,500 metres to the Susu Dam storage. Apart from

presenting the project key features and how it works, the talk also touched on the excavation of

the tunnels, which is a major part of the construction work. The construction of the Main Access

Tunnel (MAT) involving the excavation of a top heading in soft material using canopy tubes,

steel ribs and shotcrete for support was highlighted. The images below shows the photos of one

of the area which is the MAT, Multi-Purpose Tunnel area to be place.

Pictures of MAT Area.

15

Other than Mat area, there are are 9 Areas under control of our company to place water treatment

system, water filtration system and water storage tank.Each area plays their own part in treating

water and also filtrate water to supply to fire machine bay hall.

Area 1 : Tailrace Dewatering Chamber

This area consist of a surge chamber which is a place where the raw water from mountain was

suck in the tank ready to be stored and treated for various uses. It uses the centrifugal pump to

pump water into the Intermediate Tank Chiller Area in order to allow water to flow into the tank

to be treated.

Area 2 and Area 3 : Centrifugal Pump, Multi Pump.

16

In this two area, we havemultiple pumps to pump water into Raw Water Tank MAT Area. Yet,

before it enters the tank, it will go though ARKAL Screen Filter to filter off those large particles

before going to the raw water tank.

Area 4 : Raw Water Tank MAT Area.

The raw water pumped from the Surge Chamber will divided into a lot of areas to be used for a

lot of different reason. In Raw Water Tank MAT Area, there will some of the water to be

supplied into Machine Hall and Fire Hydrant. Some are also feed into Generation Control

Building Area.

Area 5 : Raw Water Tank Switchyard Area

The water from this tank is obtained from the Raw Water Tank MAT Area using pumps from

raw water pumping stations.

Area 6 : Potable water tank Switchyard Area

Potable means useable water or drinkable water which is describe that the water is ready to

use.The potable water means the water is already treated and can be used for drinking and other

usage purpose.

Area 7 : Machine Hall Service Bay

In this area it consists of two tanks to be filled. This is because this area is the most important

area to generate power and electricity. It also provides water for the emergency hydrant of the

surrounding area. Thus, the tank is make sure to be fully filled and also there is no error in

indicating their logic error in the PLC.

Area 8 : Potable Water Tank MAT Area

There are one water tank in this area which is supplied by Raw Water Tank MAT Area where the

treated water is passed into this tank. This tank will suppose water into the Potable Treatment

Plant.

Area 9 : Potable Treatment Plant

17

This area is the main place where all the water is being treated. There are a lot of machines,

pumps and tanks with also the dosing pump in order to clear the water and also allows the water

to be treated inside it. Without this area, every water in this Ulu Jelai Hydroelectric Project will

not be able to work and progress.

The List of Components in every Areas.

Machine Bay Hall

No. Parts Specification Model Make Nos.

1 Potable Tanks 8000 l 2

2 Gate valve DN100 Verimex 6

3 Ball Valve DN40 Verimex 2

4

Motorized needle valve

DN100 DN100 Verimex 2

5 Reducing pressure valve DN200 Verimex 1

6 SS 304 Pipes DN40 5000

7 SS 304 Pipes DN100 8000

8

Ultrasonic level meter +

Transmitter

Prosonic S

FMU90 E&H 2

9 Level Switch E&H 2

18

Pumping

Station

Ref Parts Specification Model Make Nos.

RWMP03-

04

Multistage centrifugal

pumps

5.6l/

s@121.5m 22SV10F110T

Lowar

a 2

PWMP01-

02

Multistage centrifugal

pumps

5.6l/

s@121.5m 22SV10F110T

Lowar

a 2

Check Valve DN80 Verimax 4

Butterfly Valve DN100 Verimax 4

Gate Valve DN80 Verimax 4

Butterfly Valve DN80 Verimax 6

Electromagnetic Flow Meter DN50 2

SS 304 Pipes DN50 2500mm

SS 304 Pipes DN80

12100m

m

SS 304 Pipes DN100 3440mm

19

Water Treatment Plant

No

. Parts Specification Make Nos.

1 Clarified water tank 5300 l 1

2 Centrifugal Pumps 1.5 m3/hr @ 30 m Lowara 2

3 Centrifugal Pumps 1.5 m3/hr @ 50 m Lowara 2

4 Chemical Tanks 100 l 3

5 Backwash Tank 45 m3 (6mLx3mWx2.5mH) 1

6 Sludge Tank 2.5 m3 (1mx1mx2.5mH) 1

7 Container

6058mmLx2438mmWx2591mm

H 1

8 Decanter 3m3/hr 1

9 Sand Filter 1.5m3/hr 2

10 Dual Media Filter 1.5m3/hr 1

11 SS 304 Pipe DN40

15000m

m

12 SS 304 Pipe DN50 6000mm

13 Motorized gate valve DN50 1

14 Gate valve DN50 5

15 Motorized needle valve DN40 1

16 Motorized ball valve DN40 13

17 Check valve DN40 4

18 Ball valve DN50 4

19 Ball valve DN40 4

20 Potable Tanks 10000 l 1

21

Electromagnetic flow

meter DN 50 1

22 Level Switch E&H 7

20

Raw Water Tank

No

. Parts Specification Model Make Nos.

1 Motorized Gate Valve DN200 Verimax 1

2 Gate Valve DN200 Verimax 2

3

Ultrasonic level meter +

Transmitter

Prosonic S

FMU90 E&H 1

4 Level Switch E&H 1

Treated Water Tank

No

. Parts Specification Model Make Nos.

1 Potable Tanks 10000 l 1

2 Gate Valve DN100 Verimax 1

3 Ball Valve DN40 Verimax 1

4

Ultrasonic level meter +

Transmitter

Prosonic S

FMU90 E&H 1

5 Level Switch E&H 1

3 SS 304 Pipes DN200

4400m

m

4 SS 304 Pipes DN100

2300m

m

5 SS 304 Pipes DN80

4400m

m

6 SS 304 Pipes DN40

1000m

m

21

MAT Area

Switchyard Area

No. Parts Specification Model Make Nos.

1 Gate valve DN250 Verimax 1

2 Gate valve DN100 Verimax 1

3 Gate valve DN200 Verimax 1

4 Motorized Needle Valve DN200 Verimax 1

5 Level Controller Valve DN200 Verimax 1

6 Pressure Regulating Valve DN200 Verimax 1

7 Motorized Gate Valve DN200 Verimax 1

8 SS304 Pipe DN200

4000

mm

9

Ultrasonic level meter +

Transmitter

Prosonic S

FMU90 E & H 1

10 Level Switch E&H 1

22

Chapter 3: Conclusions & Recommendations

Conclusion

Throughout the whole industrial training, I learnt about the Huber Heat Exchanger RO

Win. Getting to know the purpose of heat exchanger also how to it works which helps to heat up

and save energy for the respective area.Other than that, I also study on a Huber product which is

the Belt Screen Escamax. It uses a perforated plate to do the screening in deep water channel.

Made a full presentation of Huber product which is the Escamax. The detail to be

included in the presentation is introduction of the product, principle of operation and the video of

the related product. Continues with the presentation to include the size of the system which is

always depends on the water quality and the size of the particle in the water. This presentation

greatly improved my knowledge on Huber products.

Drawn a full and complete drawing of KRISTAL Standard UF Systems which is MK-50 :

20- Module system. The UF system consists of 20 membranes with 3 main pipes which is

Permeate, Reject and Feed Header to perform the Ultrafiltration in System

Get to know and understand products from ARKAL FILTRATION SYSTEM and

knowing the difference and the usage of each filter. There are a lot of types of categories which

is Screen, Manual, Hydrocyclone, and Media and lastly is the SPIN KLIN which is all under

ARKAL Filtration SYSTEM.

23

Recommendations

There were few suggestions that I would like to suggest to the company. The company

should emplyoe more workers to help them in working with their big projects. This is because

there are a lot of processes and maintenance needed in their companies. Due to lack of

workforce, there are a lot of projects being abandoned and given to other water treatment

company tyo take over. This will cause the profit of the company to be reduced

In addition, the company should implement a time stamp system. This is to ensure every

of the employee doing their jobs effectively and didn’t lazy on working on their tasks. In my

period, there are no time stamping system. Thus some of the colleagues does not come in work

on time. This causes the production rate and the project on hand to be delayed. This will ruin the

image of the company.

Lastly, the company should do more advertisement and amend the store to be more

strategic places. This is because the location of the warehouse is so far that it takes a lot of time

to retrieve the stock and the time left is not sufficient to approach customer to help with the

installation and maintenance.

24

References

1. http://www.huber.de/

2. http://www.kloberz.com.my/

3. http://www.huber.de/products/screens-and-fine-screens/screen-basket/retractable-basket-

screen-s-16.html

4. Water Treatment, Membrane Processes . J.Mallevialle et al., McGraw-Hill.

Read more: http://www.lenntech.com/scientific-books/water-treatment/overview-books-water-

treatment.htm#ixzz3aUxOJzXp

5. Membrane Technology and Applications . R. Baker, McGraw-Hill.

6. http://www.huber.de/solutions/energy-efficiency/wastewater-collection-and-

treatment.html

25

Appendices

26