Tag Archives: Supplier Innovation Program

Laser Technologies cleaning solution rises to the top in BHP Supplier Innovation Program

BHP, working through its Supplier Innovation Program, is to start trialling a new laser cleaner to remove surface corrosion and prepare metal surfaces for repainting to ensure protection from the elements at its jointly owned Hay Point Coal Terminal operations in Queensland, Australia.

Traditionally pressurised blasting using water or sand has been used for this process.

As part of BHP’s Supplier Innovation Program, a challenge was launched with businesses in the Australian Mining Equipment, Technology and Services (METS) sector to propose alternatives to pressure blasting that would achieve the same results, but reduce risk to personnel from exposure to high pressure and noise, and minimise waste, which currently requires careful management.

Perth, Western Australia-based joint venture Laser Technologies was selected following a competitive proposal and evaluation process to trial a hand-held 1 kW fibre laser, capable of removing old paint and surface corrosion from metal surfaces to a depth of 6 mm, and burning the waste product into harmless vapour.

The Supplier Innovation Program was launched in Australia in 2020 as part of a A$450 million ($330 million) commitment made by BHP to increase support and engagement with METS sector businesses.

The program models a similar initiative that has been running with for the past decade to address business challenges at BHP’s Escondida operations in Chile.

Under the terms of the program, participating businesses are permitted to retain the intellectual property for their designs, enabling them to further commercialise their new products following successful pilot trials with BHP.

In its 2021 financial year, BHP launched eight challenges across its Minerals Australia operations, and plans to establish another 20 challenges this financial year.

Bevan Gostelow, Maintenance Manager at Hay Point for BHP Mitsubishi Alliance, said the Laser Technologies laser cleaner had the potential to be “a real game changer” for industry because of the reduction of risks to personnel and reduced environmental impact.

“High-pressure blasting has been effective in asset integrity maintenance for many years, but the process requires a lot of controls to ensure the safety of our people doing the work, and to prevent the spread of the waste product to protect our environment,’’ Gostelow said.

“The laser cleaner is safe, quiet and easy to use and will not require all of the scaffolding and shrouding to catch waste product, because it is all burned off at the laser head.”

Brendan Tritton, one of two Directors at Laser Technologies, said having the opportunity to present their product to BHP through the Supplier Innovation Program was a “foot in the door that was worth its weight in gold”.

“We have participated in a few innovation programs in the past, but the BHP program has been by far the most effective,” Tritton said. “The team at BHP were really clear about their objectives for this challenge from the start, and that made it easier for us to develop a suitable proposal.

“I think it’s brave of BHP to be running a program that invests in METS businesses because there is the element of risk and reward when you trial new products and technologies.”

James Agar, BHP Group Procurement Officer, said the identification of Laser Technologies for this challenge was the perfect example of what the Supplier Innovation Program was designed to achieve.

“The Suppler Innovation Program was designed to provide Australian METS businesses with opportunities to showcase the new ideas and technologies they are developing, while helping BHP challenge what is possible to improve safety and performance at our operations,’’ he said.

Jord International addresses pressing issues for BMA Caval Ridge

Jord International has recently taken up a challenge from BHP to come up with a safer solution to filter press maintenance at the Caval Ridge metallurgical coal mine, in Queensland, Australia, as part of the New South Wales-based company’s expanding remit to unlock new technologies for the wider mining industry.

The plant and systems designer, developer and service provider was awarded the project, part of BHP’s Supplier Innovation Program challenge, earlier this year. It has seen Jord design and construct the first concept prototype in tandem with the maintenance team at the mine.

The prototype comprised a belt cartridge installer within a self-contained steel frame that holds a new belt and removes the old, damaged belt. The first commercial belt installer is expected to be in use by July, according to BMA.

Craig Samuel, Jord’s Mechanical Engineer for Aftermarket and Reliability, said the filters the company worked with at BMA Caval Ridge are 3 m wide x 5 m long, with the product path through the filter around 14 m long. While the solution was designed for Caval Ridge specifically, he said it could have applications on any site or with any commodity using filter presses.

“The idea came from the understanding of how the filter belts are installed, and a cartridge-style installer just made sense considering Caval Ridge has a readily available crane to move the cartridge around,” Samuel told IM. “The mechanics of the installer required some out-of-the-box ideas to develop a continuously variable speed ratio between the new belt roll and the old belt roll.”

Samuel said he expected the belt change time to be cut in half with this new solution.

Jord has already applied for another BHP Supplier Innovation Program challenge that could leverage a dust management and cleaning innovation, but the company has also been investing in research and development to commercialise new minerals beneficiation technologies for more efficient and effective liberation of ore, according to Kevin Barber, Jord’s General Manager of Resources.

“Our goal is to unlock new technologies that provide step-change improvements to current processes in the industry,” he said of these new technologies. “It’s about using less energy, using less water and removing some of the environmental challenges with particular focus on tailings. We’re finding alternative ways of dealing with problematic ores and resources.”