How Much Price plate number 1234?

Rich people in Hong Kong may be affected by the global recession, but for a number plate of vehicles that prestigious, can still behave more than 46 thousand U.S. dollars (around Rp460 million).

As DPA reported early this week, plate number 1234 sold at 360 thousand Hong Kong dollars (46,445 U.S. dollars) in the auction held by the government against 280 unique license plate. Results are collected is 345 thousand U.S. dollars.

Some 30 of plate-plate number that offered it does not reach the opening price. It is a sign that the economy begin lethargy impact on one of the richest cities as the world.

Shares of Hong Kong is one of the most fall in the current crisis. Hang Seng Index falling to more than 25% of their value in the last six weeks.

Actor Jackie Chan fight in 2006 to fish pocket 1.5 million dollars (Rp 15 billion) to get the plate number 123.

According to the number of birthdays wife and children, each 23 January and 3 December.

In that year, numbered plate I LOVE U in Hong Kong with terlelang price 180 thousand U.S. dollars and overcome the price for HANDSOME, BABYFACE and MR DVD.

The Government of the Hong Kong territory each year offers a unique number to collect the money will be donated to the poor.

Plate number that may be the most expensive in the world is 1 in the terlelang a charity event in Abu Dhabi this year with the price of 24 million U.S. dollars (more than Rp24 billion). The property is the leading businessmen in Abu Dhabi.

(taken from gatra)

Filed under: English, News

Project Information Management System

Introduction

PIMS (Project Information Management System) is best described as a concept for information sharing and storage in projects. It is designed to satisfy management information needs, as well as meeting project requirements for detailed data capture.

PIMS includes functionality for both technical and commercial information, and benefits from the ability to produce joint reports. It supports use across traditional organizational interfaces and promotes interaction between multiple parties in a project.

Implementation

PIMS is specifically designed for implementation through custom fitting. Its basis consists of a data model, definitions and philosophy. Client needs defined through roles and responsibility, business practices and project requirements are incorporated using additional connected registers, reporting and terminology. The Pims concept is highly scaleable, and fits multi billion NOK oil field developments.

Facts

• Supports a co-ordination role (typically Operator/EPCS contractor)
• Focuses on project control
• Controls contractors and suppliers
• Allows easy access to project information
• Supports efficient work flow
• Aggregates information for decision support
• Shares information across company boundaries
• 15 years of successful implementation
• Over 10 000 users world wide
• Built on standard Microsoft products
• Web-enabled

PIMS is built in modules and has all the functional requirements for a total project control system. However, in some settings adequate systems are already implemented. Since PIMS is built up using modules and easy to integrate with other systems, it allows the project to choose only those modules required.

Project Control Estimating Change and trend Management Baseline Update, cost control and forecasting Cashflow and Income Owner split Currency impact Accounting & reporting Risk, Opportunities and Uncertainty management CTR register Experience database Supervision Standardised monthly reporting Quantity Measurement Quality Management

Procurement Procurement Commitment control Technical Engineering Indices Mechanical Completion Commissioning Preservation Document Control Work Orders Other Team Collaboration Personnel on Board Project Portal

(Taken from pims.no)

Filed under: Completion Project, English, Software

Factory Acceptance Test

Factory acceptance test (FAT) is an inspection and testing activity to check and make sure that the equipment has good quality (physic and work). This test can be done in the place that it is assembled or built.This test also to check and fit with specification of equipment. This test sometimes is done before equipment will be shipped.

Factory acceptance test have to be attended by user, vendor and customer. That is fair. Every one should know about status of equipment. Customer as buyer, user as people that use it and vendor as assembler or creator. All of attendant have to know and agree.

But this test not always have not to be 100 % clear, because suit with acceptance between vendor, customer and user can be tested again after arrive in the place, and vendor can repair and make sure again in other time.

This procedure shall be attended by vendor and customer, and have to accepted by both.

Below is a sample of procedure and guideline to do FAT, this is taken from http://www.sp.se.

Factory Acceptance Testing Guideline Process

In installation step, by contractor or anyone, this document have to be referenced and should be attached in dossier as a note of installation step.

Filed under: Completion Project, English, Manufacturing

PIMS CMS : Preservation

Introduction

Preservation is the preventive maintenance carried out on equipment before it is taken into operation. In order to follow up preservation activities in accordance with manufacturers requirements (important to maintain guarantee validations) and in an organised manner, the PIMS CMS Preservation module has been developed and used successfully on a number of projects. The PIMS CMS Preservation module is used for the administration of the periodic preservation requirements of equipment and systems and to record preservation status and history.

Highlights

The PIMS CMS Preservation module allows the user to define the preservation requirements and the start date for preservation to commence. Based on the periodic intervals set for each preservation activity, PIMS CMS will generate a weekly report of preservation actions. The PIMS CMS preservation module contains a suite of preservation checklists but also contains a user friendly interface for inputting additional checklists and vendor requirements.

The PIMS CMS preservation system includes:

Setup of Preservation Maintenance checklists
A user friendly interface for editing checklist content, input of additional checklists and vendor requirements. To the right is an example of a preservation checklist for Electric Motors.

Activate items in the preservation programme (i.e. start preservation date)
A direct access to Engineering/Mechanical Completion data source makes it easy to include/add tags to the preservation program. Simply fill in data like preservation start, checklist and responsible. The ‘Stop Preservation’ field controls when the object is deleted from the preservation program.

Produce the weekly preservation work lists
In the ‘Weekly Worklist’ form, a ‘Common Task’ generates the list for the selected period. Reports showing the data can be printed directly from the form (see example).

Input preservation status and any negative findings. After the inspection round, any negative findings must be registered in PIMS CMS along with reason identified.
The findings are categorized as category A or B. When a finding is corrected, it is just a matter of entering a cleared date.

Produce/issue weekly and monthly preservation reports.
PIMS CMS Preservation offers several reports for weekly and monthly reporting. E.g. Preservation Status By Commissioning Pack or Module, Preservation Findings By Commissioning Pack or Module.

System Features

The PIMS CMS Preservation module contribute to:

• A smoother commissioning phase
• A trouble-free start-up
• A stable initial operation of the plant

(Taken from pims.no)

Filed under: Completion Project, English, Software

PIMS CMS : Mechanical Completion

Introduction

The overall goal of Mechanical Completion (MC) is to verify and document that equipment, facilities and systems are built in accordance to specifications, design drawings, Rules and Regulations and other contract specific requirements.

Highlights

Pims CMS (Completion Management System) has been developed to computerize this process and help ensure a smooth and timely handover to Commissioning in accordance with the project plan.

The PIMS CMS module bases its strategy on a foundation of engineering data (in the form of engineering registers, indices and schedules etc.). The relevant data is imported into PIMS CMS to establish a master dataset of the total object listing for the work.

Main features of PIMS CMS module:

• Web and MS Access user interface
• Comprehensive range of MC Certificates that can be printed directly from the system – pre-printed with tag numbers, tag descriptions etc. Available for printing in bulk. E.g. Commissioning Package or MC Package
• Barcode recognition of scanned Certificates, automatically updating status, adding pdf attachment and checking of signatures
• User friendly interface for customising MC Certificate content to suit customer requirements
• Dynamic interface for linking tags, cables etc., allowing batch update to the relevant MC Certificate(s), Commissioning Packages and MC Packages
• Reporting system that can produce a wide variety of detailed and management reports. Also including Report Subscription

System Features

Other features included in the module:

• Punch list functionality that allow users to record, manage and clear punch items
• Document Explorer by Commissioning Package, MC Package and Tag
• Report Subscription
• Site Query system including email notifications
• General Query System to handle Engineering Tag issues, Commissioning Queries etc.
• Blinds register
• Drawing Register
• Vendor and PO Register
• Vendor Mechanical Completion user interface
• Responsibility Matrix setup

(taken from PIMS.no)

Filed under: Completion Project, English, Software