Thirty-one students received their Diploma for the Professional Master in Project Management last December 2008. Nine of them are from Ho Chi Minh city and the other twenty-one are from Vung Tau city. Their complete names are listed below.
No. : ID Number : Name : Field
1 . 106549 : Mr. Bui Van Bao , MPM-HCM
2 . 106550 : Mr. Lu Dinh Vu , MPM-HCM
3 . 106551 : Mr. Nguyen Dang Thong Nhat , MPM-HCM
4 . 106552 : Mr. Chu Bien Cuong , MPM-HCM
5 . 106553 : Mr. Nguyen Le Hoai Tam , MPM-HCM
6 . 106554 : Ms. Mai Do Thuy Dung , MPM-HCM
7 . 106709 : Mr. Mai Phong Phu , MPM-HCM
8 . 106970 : Mr. Vo Hoang Phuong , MPM-HCM
9 . 106634 : Mr. Bui Quang Luong , MPM-HCM
10 . 106584 : Mr. Ngo Duc Binh , MPM-VT
11 . 106585 : Mr. Nguyen Khoa , MPM-VT
12 . 106586 : Mr. Nguyen Anh Dao , MPM-VT
13 . 106587 : Mr. Nguyen Van Thanh , MPM-VT
14 . 106588 : Mr. Nguyen Tan Hoang , MPM-VT
15 . 106589 : Mr. Nguyen Van Thang , MPM-VT
16 . 106590 : Mr. Tran Duc Hanh , MPM-VT
17 . 106593 : Mr. Dao Manh Tuong , MPM-VT
18 . 106594 : Mr. Le Viet Hoai , MPM-VT
19 . 106595 : Mr. Dang Huu Trinh , MPM-VT
20 . 106596 : Mr. Nguyen Quang Hung , MPM-VT
21 . 106597 : Mr. Do Hong Hai , MPM-VT
22 . 106598 : Mr. Phan Minh Nhut , MPM-VT
23 . 106599 : Mr. Dang The Phuong , MPM-VT
24 . 106600 : Mr. Nguyen Manh Hung , MPM-VT
25 . 106601 : Mr. Vu Van Dao , MPM-VT
26 . 106559 : Mr. Nguyen Quoc Hanh , MPM-VT
27 . 106583 : Mr. Dang Dinh Lam , MPM-VT
28 . 106591 : Mr. Nguyen Hoang Loc , MPM-VT
29 . 106625 : Mr. Khuong Minh Dat , MPM-VT
30 . 106592 : Mr. Nguyen Van Diep , MPM-VT
31 . 106582 : Mr. Pham Van Tuan , MPM-VT
Heavy Equipment for Sale and the Kuala Lumpur Mega Tunnel
The Kuala Lumpur Mega Tunnel is a “Stormwater Management and Road Tunnel” or “SMART Tunnel.” built by great engineers and recently acquired heavy equipment for sale. The 2 components of this long tunnel are for storm drainage and road structure in Kuala Lumpur, Malaysia. It is a major national project in the country as it is the longest stormwater tunnel in South East Asia and second longest in Asia.
TIANDI Unveils New Type of Multi Axle Trailer in China
China's key heavy duty transport vehicles manufacturing group TIANDI has just unveiled its new platfrom type Hydraulic Modular Trailer (Multi Axle). The new C type HMT has higher gross loading capacity of 36ton. new fast release couplings and connection pin motor. C type made for high loading capacity customer. 3 meters width, platfrom height 1175+/-300mm, first wheel max. steering angle +/-55 degrees.
Till now TIANDI offers A(3m, gridding), A1(3m, flatbed), B(3.4m, gridding), C(3m, flatbed) 4 series of hydraulic modular trailer for customer selection. Each series' can offers 2-7lines modules in commom., Split type (Half type) modules are also avaliable in all 4 series for lateral combination use(3 tandem, 4 tandem).
TIANDI Unveils New Type of Multi Axle Trailer in China
China's key heavy duty transport vehicles manufacturing group TIANDI has just unveiled its new platfrom type Hydraulic Modular Trailer (Multi Axle). The new C type HMT has higher gross loading capacity of 36ton. new fast release couplings and connection pin motor. C type made for high loading capacity customer. 3 meters width, platfrom height 1175+/-300mm, first wheel max. steering angle +/-55 degrees.
Till now TIANDI offers A(3m, gridding), A1(3m, flatbed), B(3.4m, gridding), C(3m, flatbed) 4 series of hydraulic modular trailer for customer selection. Each series' can offers 2-7lines modules in commom., Split type (Half type) modules are also avaliable in all 4 series for lateral combination use(3 tandem, 4 tandem).
The Bahrain World Trade Center built with a large number of construction equipment
The Bahrain World Trade Center is located in the city of Manama, built with a large number of construction equipment, the 50-story complex contains 2 identical towers that rise over 240 meters in height. The sail-shaped buildings offer a visually striking silhouette, appropriately referencing the maritime environment of this small Middle Eastern island, and boast one very unique feature — 3 giant wind turbines tying the two “sails” together.
Mining Equipment List for the Cripple Creek and Victor, Gold Mine, in Colorado Springs
The development drilling, analysis, mining equipment list and requirements for the mine life extension of the Cripple Creek and Victor, Gold Mine, in Colorado Springs, USA are under review. The proposed extension is to include the development of new sources of ore and an extension to the additional heap-leach facility.
The Cripple Creek and Victor gold mine (CC&V) is in southwest of Colorado Springs in the US state of Colorado. For many years the Cripple Creek Mining District was a series of underground mines. Following the start in 1994 of the CC&V Cresson Project today it is a low-grade, open-pit operation.
In March 1999 AngloGold Ashanti acquired the Pikes Peak Mining Company, and interests in the Cripple Creek & Victor Gold Mining Company (CC&V) and the Jerritt Canyon Joint Venture. The stake in the Jerritt Canyon Joint Venture was sold to Queenstake in mid-2003.
Up until mid-2008 the CC&V mine was a joint venture two-thirds owned by AngloGold Ashanti with Golden Cycle Gold Corporation owning the balance. In mid-2008 AngloGold completed a full acquisition of Golden Cycle which resulted in its taking 100% ownership of the CC&V mine.
The Cripple Creek and Victor gold mine (CC&V) is in southwest of Colorado Springs in the US state of Colorado. For many years the Cripple Creek Mining District was a series of underground mines. Following the start in 1994 of the CC&V Cresson Project today it is a low-grade, open-pit operation.
In March 1999 AngloGold Ashanti acquired the Pikes Peak Mining Company, and interests in the Cripple Creek & Victor Gold Mining Company (CC&V) and the Jerritt Canyon Joint Venture. The stake in the Jerritt Canyon Joint Venture was sold to Queenstake in mid-2003.
Up until mid-2008 the CC&V mine was a joint venture two-thirds owned by AngloGold Ashanti with Golden Cycle Gold Corporation owning the balance. In mid-2008 AngloGold completed a full acquisition of Golden Cycle which resulted in its taking 100% ownership of the CC&V mine.
Used Mining Equipment for Sale - A Good Option for Small Miners During Tough Times
The mining industry has been hit hard by the economic meltdown, falling price of commodities and the lack of credit making used mining equipment for sale an attactive option to keep operations going for smaller miners. While mining giants such as BHP Billiton, Rio Tinto and Anglo-American will remain robust, it is the smaller, junior miners who risk withering away or being taken over.
As with other sectors of the economy, access to cash is crucial. "Cash is becoming king – so those miners who can get and use cash are in a strong position," says Jonathan Lambert, director at PriceWaterhouseCoopers (PWC) in London. "It is a cash-intensive business and 2008 is proving a very difficult year to raise finance.
As with other sectors of the economy, access to cash is crucial. "Cash is becoming king – so those miners who can get and use cash are in a strong position," says Jonathan Lambert, director at PriceWaterhouseCoopers (PWC) in London. "It is a cash-intensive business and 2008 is proving a very difficult year to raise finance.
Heavy Equipment for Sale for the Bridge of the Horns
The Bridge of the Horns, will be one of the great engineering feats of this century and will be good for heavy equipment for sale. The bridge will link Yemen of the Middle East to the Island of Perim in the Red Sea and on to Djibouti in the African continent. The Red Sea is one of the busiest and most important seaways in the world and the construction as well as the service of the bridge will have to allow this heavy transit. The bridge will allow much greater transportation speed of more cargo and people from one continent to another.
It will be a 28.5 km (17.8 miles) long cable-stayed bridge. The suspension portion of the bridge will be the longest in the world. There will be six lanes of vehicle roadway and 4 rail lines, allowing 100′000 cars and 50′000 rail riders to cross the bridge every day.
It will be a 28.5 km (17.8 miles) long cable-stayed bridge. The suspension portion of the bridge will be the longest in the world. There will be six lanes of vehicle roadway and 4 rail lines, allowing 100′000 cars and 50′000 rail riders to cross the bridge every day.
Heavy Equipmet Erection by Crane
What should you do before erect heavy equipment by Crane
- check total weight of equipment
- check the site condition
- prepare and study rigging plan
- decide what kind of crane and rigging tools that will be used
- calculate max ground bearing pressure under crane's track
- decide what kind of ground improvement that will you do to improve ground stability(by piling foundation or by crane mate)
- the most importance thing is imagine what kind of dangerous condition that may be occured during execution and how to anticipate so you must study JOB SAFETY ANALYSIS
A budget of $8.4 billion, a load of construction equipment for the MGM CityCenter
MGM Mirage builds the CityCenter in Las Vegas, Nevada. With a budget of $8.4 billion, a load of construction equipment and estimated completion date in 2009, the project will take 200 million gallons of concrete and a spot on the Las Vegas Strip. MGM Mirage has filled in the last 76 acres of available real estate on the center portion of the Las Vegas Strip with the largest privately funded construction project in the United States. CityCenter, a multi-use plaza with three hotels, a casino, luxury apartments, and retail and dining facilities, will cover about 18 million square feet and may cost as much as $8.4 billion. But MGM is not the only one footing the bill. Dubai World, the state-controlled investment fund, dished out $5 billion for the project and now holds a 50 percent stake in the megaresort.
Used Mining Equipment Eases Out Cash Shortage
In early December, PWC released a report on junior miners coinciding with the Mines and Money Conference in London stating measures to cushion capital shortage with used mining equipment. In 2007, of the top 50 AIM mining companies listed on the main board, eight were acquired and 13 reported no revenue. Overall there was an 81% increase in revenue due to the rise of commodity prices; but despite this, profitability decreased. 2008 started on a high as these companies were using their existing cash resources but a lot of internal funds had been used, so they did not have cash to expand.
Lambert says that the market capitalisation for AIM in 2007 was £11.8bn at the end of December 2007 but by the end of October 2008 it had fallen to just £3.2bn. Junior miners are therefore taking steps to ensure they appear more profitable despite the difficultly of securing extra financing by the end of the year.
Lambert says that the market capitalisation for AIM in 2007 was £11.8bn at the end of December 2007 but by the end of October 2008 it had fallen to just £3.2bn. Junior miners are therefore taking steps to ensure they appear more profitable despite the difficultly of securing extra financing by the end of the year.
Steam Drum Lifting
COAL FIRE POWER PLAN STEAM DRUM LIFTING METHODS
some people maybe confuse how to lift Steam Drum on Coal Fire Power Plan
the cheapest and easier way to erect steam drum is by use hydraulic Jack and make temporary support on Boiler steel structure
1 SCOPE OF WORK
This method statement is to lifting boiler steam drum on 1x 600 MW Suralaya Power Plan Project, Banten, Indonesia.
2 PURPOSE
This procedure is to describe all activities to be performed in the lifting of Steam Drum to ensure that all works are properly planned and executed in accordance with all the requirements of the contract document, carried out on erection works of Suralaya 1x600 MW Coal Fired Steam Power Plan Project
3 SCOPE APPLICATION
This procedure covers the methods, equipment, tool and materials for the lifting of Boiler Steam Drum prior to pressure part.
4 RESPONSIBILITY
4.1 Site Manager – Responsible for ensuring that all works are performed in accordance with this procedure.
4.2 Chief Engineer – Responsible for the overall planning, coordination and control of the erection job.
4.3 Field Engineer – Responsible for field erection work implementation and maintaining acceptable quality standard.
4.4 Field Superintendent and supervisor – Responsible for the actual performance of the erection crew and actual checking of the work Progress to make sure that it is drawing specification and standard.
4.5 Safety Engineer – Responsible for ensuring that all activities are carried out in a safety manner and compliance with the established safety procedure.
4.6 Quality Control Engineer – Responsible to monitor and inspect the cyclone erection ensuring it is being done in compliance with this procedure, ITP (Inspection and Test Plant), Drawing, Project specification and other reference standard document and procedure.
4.7 For these activities will support by material control, welding section, and other section related these activities.
5 REFERENCE
5.1 Basic Requirement
5.1.1 Reference drawing & Vendor Document
5.1.1.1 To check all drawings intended for steam drum lifting, and make sure that is complete. All the information required is completed and drawings shall be current revision.
5.1.1.2 Check Equipment and Materials
5.1.1.3 The Steam Drum and its accessories such as hanger rods, drum internals, etc. Has to be check before lifting. The temporary materials such as steels, anchor housing, eye bolt and others that will be used for lifting need to be check also.
5.1.1.4 Drum Support
5.1.1.5 The drum support structure erection completion has to be check including the leave out steels which should be erected only after the drum is lifted. Hence all steels members other than leave out steel has to be installed, aligned, bolted and inspected before drum lifting commences
5.1.1.6 Lifting Plan, Method statement and procedure of lifting Boiler steam drum shown at attachment –
6 LIFTING EQUIPMENT, TOOLS, AND MATERIAL LIST.
6.1 Hydraulic Jack 150 ton capacities : 4 Pcs
6.2 Wire Strand 50 ton capacities : 10 Pcs
6.3 Skid Roller 100 ton capacities : 8 Pcs
6.4 Skid Roller 50 ton capacities : 16 Pcs
7 STEAM DRUM LIFTING (see attachment )
7.1 Preparation
7.1.1 Ensure the direction of steam drum is correct since loading on the port
7.1.2 Before Installation of steam drum ensure all of the bolt have been tightening
7.1.3 Install barricade on the exclusion zone to prevent workers inside to lifting zone area
7.1.4 Safety tool box meeting must be done to explain dangerous condition that may be occurred and how to prevent.
7.1.5 Install temporary jack support on the top of boiler steel structure
7.1.6 Install 4 Pcs Hydraulic jack and it’s accessories such us frame to support jack, skid roller etc.
7.1.7 Prepare all of rigging tools to be used
7.1.8 Clear area from first tire until top tire, ensure there are no obstruction that may obstruct during steam drum lifting
7.1.9 Confirm to CNTIC site in charge and all sub-contractor in suralaya power plan project inform lifting area preparation and explain dangerous condition that may be occurred
7.1.10 Ensure that ground condition stability is enough to support transporter to transport steam drum to lifting area.
7.1.11 Prepare concrete block and soft wood as temporary saddle in order as temporary placement of steam drum for cleaning and repair of steam drum if there are any damages.
7.1.12 Drum and hangers
7.1.12.1 The Drum is hung from the main structure by two ‘U’ type strap hangers. To easier of lifting operations and facilities the erection of hangers, the ‘U’ rod hangers shall be assembled at ground level or the drum in order to be lifted simultaneously.
7.1.12.2 Before assembling the ‘U’ rods the following should be taken inconsideration are :
7.1.12.2.1 The spacing of the ‘U’ rods corresponds to the Drum diameter
7.1.12.2.2 The bolt circle diameters of the bearing boxes correspond to the diameter of the ‘U’ rods, its mean that:
7.1.12.2.2.1 The hangers threads are clean
7.1.12.2.2.2 To check the nuts onto the rods
7.1.12.2.2.3 Joints of ‘U’ rods – attention on the threads
7.1.12.2.3 The threads are protected to avoid all damage during lifting of the Drum and are also well protected where the steam pass through the structure and bearings
7.1.12.2.4 Then the ‘U’ rods are fixed as per the dimensions and the drawing
7.2 Lifting Sequences
7.2.1 Transporter come to erection area, initially the Drum is positioned in the ground floor 2 meters away from its required Original position to avoid touching with boiler steel structure during inclination process of steam drum .
7.2.2 Install lifting tools to the steam drum.
7.2.3 Lift up steam drum around 3 meter height then hung “U” hanger on the steam drum from side of steam drum by using 45 ton Rough crane and tie in with wire sling
7.2.4 Lock jack 3&4 and Lift up jack 1&2 to decline steam drum position until 30 degree until steam drum free from any obstruction
7.2.1 Lift up both of jack watch out if any obstructions during lift by radio (HT) and communicate to the jack operator.
7.2.2 After steam drum lifted until final elevation approximately El.77.80 lock jack 1&2 and lift up jack 3&4 to straight steam drum in horizontal position.
7.2.3 The Drum lift and positioned at the elevation approximately El.77.80 meters, and operation of hydraulic shall be locked.
7.2.4 The trucks are moved towards to front boiler direction (to line E1) by slide steam drum in temporary rail until final position.
7.2.5 After completion of lateral movement of drum and the trucks, the trucks shall be locked.
7.2.6 Each ‘U’ rod to be lifted by crane 600 T guided by spreader bar to install easier through the hole and lock them by nuts
7.2.1 Adjust the drum at its final elevation by means of lifting device
7.2.2 Confirm that the ‘U’ rods are in contact with the bottom generating line of steam drum
7.2.3 Adjust the bearing orientation and plates as per drawing
7.2.4 Tighten the nuts of hangers in order to reach perfect contact of all parts
7.2.5 Simultaneously release the hydraulic jack systems and dismantle the lifting equipment
7.2.6 Do the weld operation after completion of inspection
7.2.7 On completion of positioning the drum, the confirmation of tension on the ‘U’ rods is necessary. The tension on the each strap must be equal to the down load
1 INSPECTION
1.1 It is necessary to record all inspection during various phases of erection progress an to verify inspection sheets are in compliance with drawings
- 30 degree 200 ton steam drum lifting
Used Mining Equipment for Sale
Used Mining Equipment for Sale: 2007 Komatsu HD465-7R Rigid Dump Trucks
China beefs up work on 2 nuclear sites with used construction equipment
Two nuclear power plants in Ningde and Fuqing, both in China's Fujian province begun construction with a total of six 1000 MWe reactors ultimately planned for the sites, at a cost of 100 billion yuan ($14.7 billion) with contractors using both new and used construction equipment. The first phase of the project will see the construction of two CPR-1000 units, scheduled to start up in 2013 and 2014, respectively. The CPR-1000 is an advanced pressurised water reactor (PWR) design developed by China from the Areva-designed PWRs at the Daya Bay nuclear power station.
900T Girder Carrier/Transporter by Frontier Transporter(FLJ)
900t girder transporter/ beam carrier commissioning in the factory yard.
from Hubei Tiandi Heavy Duty Industrial Group Co., Ltd. - Factory: Wuhan Tianjie Special Vehicles Co., Ltd.
click for more details: ^Click^ or email to : sinoheavyindustries@gmail.com
Construction Equipment for Dubai's Largest Arch Bridge
Dubai is building the largest arch bridge in the world which requires a huge fleet of construction equipment. The bridge will bet 670 feet tall and will have 12 lanes of traffic. It will carry up to 2,000 vehicles per hour. It will be finished for 2012 and it will cost about $817 million.
Imbani Platinum invests $100M for manpower, mining equipment and operations of the Ridge Mining's Blue Ridge project in South Africa
Ridge Mining's Blue Ridge project in South Africa project is a 50:50 joint venture between Ridge Mining and Imbani Platinum, which had invested more than $100m by December 2008 to fund the manpower, mining equipment and other operational costs.
About 30km south-east of Groblersdal, Ridge Mining's Blue Ridge project is located on the Blaauwbank farm, on the eastern limb of the Bushveld Igneous Complex, South Africa. Ridge Mining started exploration in 2001 and completed a feasibility study at the end of 2005. Mine development began in January 2007.
The cash operating cost projection for Blue Ridge is $660/oz for the manpower and mining equipment to churn out platinum, palladium, rhodium and gold, giving an ROI in five years.
About 30km south-east of Groblersdal, Ridge Mining's Blue Ridge project is located on the Blaauwbank farm, on the eastern limb of the Bushveld Igneous Complex, South Africa. Ridge Mining started exploration in 2001 and completed a feasibility study at the end of 2005. Mine development began in January 2007.
The cash operating cost projection for Blue Ridge is $660/oz for the manpower and mining equipment to churn out platinum, palladium, rhodium and gold, giving an ROI in five years.
Munali mining project in Zambia purchases used mining equipment for sale to boost production
The Munali project sitting about 60km south of Lusaka in southern Zambia is a very promising project with an estimated production of 10,000–10,500t of nickel, 1,650t of copper, more than 480t of cobalt and 18,000oz of PGM by early 2009 after the purchase of used mining equipment for sale by contractors to boost productivity.
It is wholly owned by Australian company Albidon Ltd, and currently consists of two deposits - Enterprise, also known as Munali Phase 1, and Voyager. Although it is billed as a nickel project, Munali also contains commercial quantities of copper, cobalt and platinum group metals (PGMs).
Development began in September 2006 following a positive feasibility study and gaining the necessary government permits and approvals. Production of ore for the ten-year project started in March 2008, with first concentrate being processed for stockpiling in late June 2008.
It is wholly owned by Australian company Albidon Ltd, and currently consists of two deposits - Enterprise, also known as Munali Phase 1, and Voyager. Although it is billed as a nickel project, Munali also contains commercial quantities of copper, cobalt and platinum group metals (PGMs).
Development began in September 2006 following a positive feasibility study and gaining the necessary government permits and approvals. Production of ore for the ten-year project started in March 2008, with first concentrate being processed for stockpiling in late June 2008.
Php1.937 billion circumferential road to be built with used construction equipment in Butuan City, Philippines
A Php1.937 billion circumferential road project will start before the end of the year in Butuan City. Government projects employ used construction equipment purchased through bidding to save on costs. The road is expected to be completed within 18 months.
The road will connect Barangay Bit-os going to Barangay Tungao (both of Butuan City) passing through Las Nieves, Agusan del Norte all the way to Esperanza and the City of Bayugan, Agusan del Sur.
Please see map. The road project is the one in red.
The road will connect Barangay Bit-os going to Barangay Tungao (both of Butuan City) passing through Las Nieves, Agusan del Norte all the way to Esperanza and the City of Bayugan, Agusan del Sur.
Please see map. The road project is the one in red.
Heavy Equipment for Sale to Federation Island, Sochi, Russia
In Sochi, Russia, Federation Island construction will start in the beginning of 2009. The project will be undertaken by the Dutch Erick van Egeraart Associated Architects (EEA) who is now looking for heavy equipment for sale.
The project is a 350-hectare artificial island located off the coast of Sochi, Russia. It will house 25,000 people in apartments and villas. Expected to be completed in time for the 2014 Winter Olympics in Sochi, the project will cost around 6.2 billion dollars or 4.4 billion euros.
The project is a 350-hectare artificial island located off the coast of Sochi, Russia. It will house 25,000 people in apartments and villas. Expected to be completed in time for the 2014 Winter Olympics in Sochi, the project will cost around 6.2 billion dollars or 4.4 billion euros.
Mining Equipment for Sale - Atlas Copco Jumbo Rail Drill
For Sale: 1 unit of 2008 Atlas Copco Raildrill 282-1238 (New, unused, still in crate) . Location: Melbourne, Australia.
Please feel free to contact me for more information. Mining equipment for sale
One Km-Tall Nakheel Tower in Dubai to Use 1,500 Construction Equipment
Developer Nakheel in Dubai, UAE has launched a multi-billion dollar blue-print to build the world's tallest tower, using state-of-the-art architectural design, technology and construction equipment amidst the plunging global financial crisis.
The Nakheel tower, at the centre of the Nakheel port and harbour complex, is expected to be more than 1000 metres or a 1 kilometre high. To date, the world's tallest building is the Burj Dubai at 818m. Nakheel's project will have more than 200 floors and 150 lifts. It will provide homes and offices for 100,000 people. It is predicted that it will use 1,500 units of heavy construction equipment and that 30,000 workers would be involved in its construction.
Chris O'Donnell, Nakeel's Australian chief executive commented: "At more than a kilometre high this is an unbelievably ground-breaking design."
The Nakheel tower, at the centre of the Nakheel port and harbour complex, is expected to be more than 1000 metres or a 1 kilometre high. To date, the world's tallest building is the Burj Dubai at 818m. Nakheel's project will have more than 200 floors and 150 lifts. It will provide homes and offices for 100,000 people. It is predicted that it will use 1,500 units of heavy construction equipment and that 30,000 workers would be involved in its construction.
Chris O'Donnell, Nakeel's Australian chief executive commented: "At more than a kilometre high this is an unbelievably ground-breaking design."
Boddington Gold Mine Needs Mining Equipment
The Boddington Gold Mine - about 130km south-east of Perth in Western Australia is the largest undeveloped gold mine in the region, it is gearing to be the highest producing gold mine once operations ramp up and as mining equipment are purchased over the next few years.
The $2.4bn project was initially a tripartite venture between Newmont Mining, AngloGold Ashanti and Newcrest Mining. In 2006 Newmont bought Newcrest’s 22.22% share, bringing its interest to 66.67% and ending any Australian ownership. AngloGold owns the remaining 33.33%.
Sources say that recent exploration has identified an extensive 19.57Moz of gold bedrock resource, which was the basis of the Boddington Gold Mine Expansion Project. Approved last 2006, the project will involve extracting the hard gold/copper ore that lies beneath depleted oxide pits at Boddington’s original mine site.
The project has an attributable capital budget of between A$0.8bn and A$0.9bn. At year-end, the overall project was approximately 65% complete, with engineering and procurement of mining equipment underway. Construction of the treatment plant was approximately 32% complete. At its peak the project is expected to employ some 2,000 workers. Once operation begins it is expected that around 650 full-time staff will be required.
The $2.4bn project was initially a tripartite venture between Newmont Mining, AngloGold Ashanti and Newcrest Mining. In 2006 Newmont bought Newcrest’s 22.22% share, bringing its interest to 66.67% and ending any Australian ownership. AngloGold owns the remaining 33.33%.
Sources say that recent exploration has identified an extensive 19.57Moz of gold bedrock resource, which was the basis of the Boddington Gold Mine Expansion Project. Approved last 2006, the project will involve extracting the hard gold/copper ore that lies beneath depleted oxide pits at Boddington’s original mine site.
The project has an attributable capital budget of between A$0.8bn and A$0.9bn. At year-end, the overall project was approximately 65% complete, with engineering and procurement of mining equipment underway. Construction of the treatment plant was approximately 32% complete. At its peak the project is expected to employ some 2,000 workers. Once operation begins it is expected that around 650 full-time staff will be required.
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