Energy
Oil and gas in our lives: Women’s World Cup of Soccer
Players react moments after Australia’s forward #16 Hayley Raso (unseen) scored her team’s second goal during the Australia and New Zealand 2023 Women’s World Cup Group B football match between Canada and Australia at Melbourne Rectangular Stadium on July 31, 2023. Getty Images photo
This article from Shawn Logan of the Canadian Energy Centre Ltd.
‘The beautiful game’ wouldn’t look the same without petroleum products
The Adidas OCEAUNZ, official ball of the 2023 Women’s World Cup of Soccer, soars through the air, its polyurethane skin a blur as it arcs toward the goal.
The goalie makes a desperate dive across the emerald green natural turf – strengthened at the root for durability by flexible polypropylene fibres – to make the stop.
The ‘keeper’s hands, sheathed in high-tech gloves made primarily from latex and polyurethane, reach for the streaking ball.
The crowd leaps up from their moulded plastic seats as the ball hits the back of the net, an interlacing spiderweb most commonly made from polyethylene or nylon.
As soccer fans prepare for the Women’s World Cup final in Australia and New Zealand, it’s difficult to imagine how different the event, which is expected to be viewed by a staggering 2 billon people around the world, would look and feel without products derived from oil and gas.
At field level, nearly every practical aspect of the game relies on or is impacted by petroleum-based gear.
From the synthetic leather turf cleats and polyester jerseys to the players’ benches, water bottles and medical equipment that adorn the sidelines, all are made possible from the contributions of oil and gas products.
When a referee flashes a yellow or red card, it’s often made from a sturdy polyvinyl chloride, more commonly known as PVC.
Extending beyond the field, that trend continues.
From plastic spectator seating to polycarbonate scoreboards to advertising placards in and around the arena, all are thanks to the contributions of oil and gas. The event lights that encircle the arenas and the broadcasting equipment that allow the world to cheer their countries also rely heavily on products derived from petroleum.
Even the competing nations’ flags that drape the facilities are made from nylon and polyester.
With an expected 1.5 million spectators taking in the action in Australia and New Zealand, most will have had to travel by air or vehicle, which largely require oil and gas to operate.
And when Canada’s women return home – unfortunately without the result they wanted (Tokyo’s Olympic gold medal helps to ease the pain a bit) – they’ll arrive on an airplane built with light-weight polymers and carbon fibre that will touch down on a smooth runway made of asphalt and concrete, neither of which would be possible without oil and gas.
So while some may yearn for a return to the days of less aerodynamic leather balls, heavy cotton jerseys and fragile natural turf, the impact on “the beautiful game” would be enormous.
Daily Caller
‘Not Held Hostage Anymore’: Economist Explains How America Benefits If Trump Gets Oil And Gas Expansion
From the Daily Caller News Foundation
Economist Steve Moore appeared on Fox Business Tuesday to discuss what he called the significance of expanding domestic oil and gas production in the United States.
President Donald Trump’s Executive Order 14154 aims to secure U.S. energy independence and global leadership by awarding 10-year oil and gas leases. During an appearance on “The Bottom Line,” Moore said that if Trump’s energy policies succeed then America will no longer have to rely on foreign oil.
“If Trump goes forward with what he wants to do, and our energy secretary is all in on this, produce as much oil and gas as we can here at home in Texas and North Dakota and Oklahoma and these other states. Then we’re not held hostage anymore to what’s happening in the Middle East,” Moore said. “That’s what’s so frustrating. We have more of this stuff than anybody does.”
WATCH:
Moore then pointed to some of former President Joe Biden’s early decisions, particularly the cancellation of pipelines. Moore said these actions left the U.S. vulnerable to external energy crises.
“I don’t want to overemphasize the Strategic Petroleum Reserve. It’s good that we have this sort of safety knot in case you have some kind of blow up in the Middle East, like we have now. But, ultimately, what Joe Biden did was the most sinister of all,” Moore said. “You guys remember what was the first thing when he became president? He canceled pipelines. He destroyed our energy infrastructure.”
During his first term, Trump signed executive orders to advance major pipelines, including instructing TransCanada to resubmit its application for a cross-border permit for the Keystone XL Pipeline, which is designed to transport oil from the tar sands of Alberta, Canada to refineries on the Gulf Coast. On his first day in office, Biden revoked the permit for the Keystone XL Pipeline, effectively halting its development.
Alberta
Alberta is investing up to $50 million into new technologies to help reduce oil sands mine water
Technology transforming tailings ponds
Alberta’s oil sands produce some of the most responsible energy in the world and have drastically reduced the amount of fresh water used per barrel. Yet, for decades, operators have been forced to store most of the water they use on site, leading to billions of litres now contained largely in tailings ponds.
Alberta is investing $50 million from the industry-funded TIER system to help develop new and improved technologies that make cleaning up oil sands mine water safer and more effective. Led by Emissions Reduction Alberta, the new Tailings Technology Challenge will help speed up work to safely reclaim the water in oil sands tailing ponds and eventually return the land for use by future generations.
“Alberta’s government is taking action by funding technologies that make treating oil sands water faster, effective and affordable. We look forward to seeing the innovative solutions that come out of this funding challenge, and once again demonstrate Alberta’s global reputation for sustainable energy development and environmental stewardship.”
“Tailings and mine water management remain among the most significant challenges facing Alberta’s energy sector. Through this challenge, we’re demonstrating our commitment to funding solutions that make water treatment and tailings remediation more affordable, scalable and effective.”
As in other mines, the oil sands processing creates leftover water called tailings that need to be properly managed. Recently, Alberta’s Oil Sands Mine Water Steering Committee brought together industry, academics and Indigenous leaders to identify the best path forward to safely address mine water and reclaim land.
This new funding competition will support both new and improved technologies to help oil sands companies minimize freshwater use, promote responsible ways to manage mine water and reclaim mine sites. Using technology for better on-site treatment will help improve safety, reduce future clean up costs and environmental risks, and speed up the process of safely addressing mine water and restoring sites so they are ready for future use.
“Innovation has always played an instrumental role in the oil sands and continues to be an area of focus. Oil sands companies are collaborating and investing to advance environmental technologies, including many focused on mine water and tailings management. We’re excited to see this initiative, as announced today, seeking to explore technology development in an area that’s important to all Albertans.”
Quick facts
- All mines produce tailings. In the oil sands, tailings describe a mixture of water, sand, clay and residual bitumen that are the byproduct of the oil extraction process.
- From 2013 to 2023, oil sands mine operations reduced the amount of fresh water used per barrel by 28 per cent. Recycled water use increased by 51 per cent over that same period.
- The Tailings Technology Challenge is open to oil sands operators and technology providers until Sept. 24.
- The Tailings Technology Challenge will invest in scale-up, pilot, demonstration and first-of-kind commercial technologies and solutions to reduce and manage fluid tailings and the treatment of oil sands mine water.
- Eligible technologies include both engineered and natural solutions that treat tailings to improve water quality and mine process water.
- Successful applicants can receive up to $15 million per project, with a minimum funding request of $1 million.
- Oil sands operators are responsible for site management and reclamation, while ongoing research continues to inform and refine best practices to support effective policy and regulatory outcomes.
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