Tag Archives: mobile equipment

Mitsui and Rio Tinto to explore low-emission supply chain options

Environmental, Power supply for mines, Steel and iron ore, Sustainable mining, , , , , , , , ,

Mitsui & Co has signed a memorandum of understanding (MoU) with Rio Tinto to jointly explore opportunities for reducing emissions and transforming the world’s supply chains.

Under the MoU, Mitsui and Rio Tinto will work closely together to examine more sustainable measures such as reducing the carbon content of raw materials for iron and steel production; developing new renewable energy; supplying alternative fuels such as ammonia, methanol and hydrogen; decarbonisation in marine transportation; decarbonisation of mobility at mining sites; and initiatives like nature-based solutions, carbon credits and others.

The new partnership builds on Mitsui and Rio Tinto’s long history of collaboration, stretching back to the beginnings of the Robe River Joint Venture in Western Australia, which this year celebrated 50 years of iron ore shipments to Japan. The MoU combines Mitsui’s vast network, assets and accumulated industry knowledge with Rio Tinto’s grand-scale supply chain and leading position in the mining & metal industry, the companies said.

BMA Saraji team awarded for mobile equipment transport solution

Coal technology, Equipment maintenance, Mining equipment, Mining maintenance, Mining safety, Mining services, Steel and iron ore, , , , , , , , , , , ,

Josh Leppard, an Overburden Supervisor at BHP Mitsubishi Alliance’s Saraji mine, has won plaudits for an alternative mobile equipment transport solution he and his team came up with at the Queensland coal mine.

Leppard was recently named the 2019 Innovation Award winner at the 2019 Queensland Mining Industry Safety and Health Conference for his and the team’s Synthetic Lightweight Couplings (SLC) development.

SLC is a clever alternative to the ~110 kg combined weight of a pull ring and metal shackles routinely used to pull mobile equipment across the mining industry, according to BMA.

Leppard, who worked on the project for the past six months, is a competitive sailor on his days off and used his knowledge of the marine industry to develop a practical solution to engineer out a manual handling risk, the company said.

“Being a yacht racer for many years, we moved away from using metal shackles four or five years ago and now only use synthetic couplings that are made specifically for marine purposes,” he said.

“These couplings are lightweight but provide exceptional strength as you would expect to be needed on offshore race yachts.”

Leppard and the team worked with the marine coupling manufacturer in New Zealand to “super-size” the technology to suit the mining industry and created Saraji’s ‘soft couplings’, BMA said.

The soft couplings weigh around 8 kg and are made of Dyneema, one of the world’s strongest and most reliable fibres available, BMA said. It is then braided with Technora, which gives it high heat and chemical resistance as well as protecting against chafe – the same product used for bullet proof vests and firefighting clothing.

“We hope that by creating the ‘soft couplings’ we’ll not only reduce the risks associated with heavy lifting and manual handling, but also remove the physical barriers that may prevent some men and women from completing the task,” Leppard said.

“I’m really proud that we were able to deliver this for not only Saraji and BMA, but also for the industry. By presenting at the Queensland Mining Industry Safety and Health Conference and now overseas in a few months, I hope that I’ll be able to share our learnings with others and make our industry safer.”

The team worked with independent testers to verify and strength test the shackles so they could be used on site. Saraji is now in the process of getting soft recovery shackles and soft recovery couplings certified so they can be used in lifting operations which will substitute the existing heavy weight lifting shackles. The team is also working though and obtaining a ‘FRAS’ rating so they can be used underground for longwall moves.