CONTACT DETAILS

S O L U T I O N S P T E L T D

MYSEP DESIGN SOFTWARE

S O L U T I O N S P T E L T D

2

MYSEP DESIGN SOFTWARE

MYSEP DESIGN SOFTWARE

MySep is a computer program that enables the user to design separators and scrubbers in detail, right

down to the selection of suitable separation internals. MySep can be seen as an extension of common

process modeling tools used to simulate an entire fl ow scheme. With the output from these process

simulations, each vessel can be designed in detail using MySep. MySep effectively enables the user to

determine vessel sizes, select internals and assess the associated overall performance of each vessel.

MySep can also be used to evaluate an existing design and determine its theoretical performance based on

actual operating data.

INTRODUCTION TO KRANJI

Kranji Solutions provides comprehensive support for both upstream and downstream Oil and Gas

companies, with a focus on separation processes.

Our engineers work with world leading design software to analyse, evaluate and improve existing designs.

We combine oil and gas industry technology with our own expertise to provide complete solutions.

Working with our partners across the globe, we use our extensive experience gained by years of working

within the industry to deliver innovative solutions with exceptional effi ciency.

Kranji pride ourselves on innovative techniques and as such refuses to compromise on quality, therefore

we have developed our own advanced software in order to better understand and design complicated

separator equipment. MySep is one of the best software packages available in the design of separators and

scrubbers and with Kranji’s expertise, training and guidance, you’ll see a quick return on your investment.

S O L U T I O N S P T E L T D

3

MYSEP DESIGN SOFTWARE

Areas of application of MySep:

MySep adds value to your project, from Conceptual Design through to daily Operations. It is all about you

being in control of the design, its performance and consequently your peace of mind.

OVERVIEW

MySep is set up so that the user is effectively guided through the design steps in the most effi cient manner.

At the same time, all aspects of the design are accessible at any time.

The effects of user input on key aspects of the design (e.g. droplet sizes, performance, residence times, etc)

are calculated immediately and shown to the user in real-time. This allows fast optimisation of the design.

MySep has built-in correlations for prediction of mist fractions, droplet size distribution and separation

effi ciencies at the various separation stages within the vessel.

OPERATIONOPERATIONDETAILEDDETAILEDDESIGNDESIGNFEEDFEED

CONCEPTUALCONCEPTUALDESIGNDESIGN

■ Approximate vessel sizes as input to concept and layout definition and project cost estimates.

■ Determine vessel, nozzle and upstream piping sizes.

■ Determine liquid level settings.

■ System optimisation by balancing the designs of interacting vessels.

■ Specify suitable internal types.

■ Detail out vessel and nozzle sizes.

■ Detail out nozzle locations.

■ Detail out internals design and layout.

■ Verify vendor designs in detail.

■ Verify that final design meets the performance requirements.

■ Evaluate actual against calculated performance.

■ Vessel rating: Determine capacity and performance for new operating conditions.

■ Trouble shooting of exiting designs.

■ Input to debottlenecking activities.

S O L U T I O N S P T E L T D

4

MYSEP DESIGN SOFTWARE

Nonetheless, the user has the possibility to override these predictions. By entering overriding values and

reviewing the effect on overall performance, the user obtains insight in the sensitivity of the design.

While all the key design characteristics

are provided in detail in number

format, MySep also provides graphical

representation of the design. This is in

the form of various types of graphs as

well as a layout drawing of the vessel

and internals.

For example, the graph showing the

separation effi ciency of each separation

step in the vessel gives insight into

the performance contribution of each

separation step. This allows the user to

understand what is going on inside the

vessel as well as to swiftly identify areas

for further improvement of the design.

The layout drawing of the vessel

and internals is a to-scale, graphical

representation of the exact design

the user is preparing. The layout and

position of nozzles and internals can be

set as desired, and the layout drawing is

updated instantly.

Overview (continued)

S O L U T I O N S P T E L T D

5

MYSEP DESIGN SOFTWARE

BENEFITS

MySep allows you to have more control and insight in designs, which ultimately leads to more sound

designs and better performance. Some examples of this:

■ Evaluate the effect of different internals on performance and vessel size in a new built situation

■ Vessel size optimisation

■ Determine vessel sizes in-house during FEED and detailed design phase

■ Have a sound basis for equipment specifi cation

■ Perform basic verifi cation of designs proposed by sub-suppliers

■ Evaluate existing designs that are in operation

■ Investigate possibilities for performance improvement of an existing vessel by assessing the effect of

using other internals and confi gurations

■ Consistent designs throughout the company

FEATURES

VESSEL AND INTERNALS TYPES:

■ Vertical and horizontal vessels

■ 2 & 3-phase separators

■ Liquid-liquid separators

■ Scrubbers, fl are knock-out drums

■ ...essentially every common type of

separation vessel

■ Inlet device, mesh pad, vane pack,

cyclones, coalescers, distribution baffl es

■ …essentially all the commonly

used separation internals

S O L U T I O N S P T E L T D

6

MYSEP DESIGN SOFTWARE

Features (continued)

DESIGN

■ Inlet piping droplet size distribution and

mist fraction predictions

■ Nozzle size recommendations

■ Easy liquid level setting via input of height,

time and volume criteria

■ Internals selection and performance

predictions

■ Comprehensive graphical representation

of the design and its characteristics

USAGE

■ Option to override predicted droplet size

distributions and separation effi ciencies

■ Built-in validity checks of user design

inputs and choice of internals

■ Selectable input units

■ Multiple design cases, custom case titles

■ Option for auto-calculation of gas density

■ Load and save of design data fi les

■ Comprehensive user guide

S O L U T I O N S P T E L T D

7

MYSEP DESIGN SOFTWARE

MYSEP TRAINING COURSE

Process engineers and facility operations engineers with basic knowledge of separation vessels and

internals will be able to use MySep for basic design and verifi cation work. However, in order to take

full advantage of all the capabilities of MySep and create reliable and optimised designs, a more in-depth

understanding of separation equipment is required. To achieve this, it is recommended to follow a

specifi c MySep training course teaching the use of the program and designing separation equipment.

What you will learn:

■ Key elements of the Advanced Separation Course (see www.kranjisolutions.com)

■ How MySep works and how the knowledge from the Advanced Separation Course is applied

using MySep

■ How the design parameters are related

■ About design criteria

■ The iterative methodology for designing new build separation equipment

■ How to assess the operational performance of existing separation equipment using MySep

CONTACT DETAILSCONTACT DETAILS

BUSINESS ADDRESS

Kranji Solutions Pte. Ltd

28 Sin Ming Lane

#04-145 Midview City

Singapore 573972

TELEPHONES AND FAXES

Tel (1): +65 97770544

Tel (2): +65 97294054

Fax: +65 66594694

INTERNET ADDRESS

www.kranjisolutions.com

info@kranjisolutions.com

Registration number: 200821306H

EUROPE BUSINESS ADDRESS

Kranji Solutions Europe

Molenstraat 193

2840 Rumst

Belgium

TELEPHONES AND FAXES

Tel: +32 474093263

Jan 2011

CONTACT DETAILS

S O L U T I O N S P T E L T D

MYSEP DESIGN SOFTWARE