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How Is Technology Avoiding Train Accidents?

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Train crashes and train derailments happen worldwide every year; many remember the devastating 2013 Lac-Megantic derailment and fire in Canada that killed 42 people. 

However, there is new technology being installed by train companies and railroads to reduce the chance of train accidents, which are highlighted below. Of course, accidents still happen, and it’s important to talk to an experienced train accident attorney if it’s happened to you. 

Enhanced Train Braking

The United States now requires better braking on trains that carry flammable materials, such as oil and petroleum. Any train with a block of 20 train cars or more that has a combustible liquid must be fitted with a two-way end-of-train (EOT) electronic device or a distributed power braking system. 

Both devices spread braking functionality across several points on the train for faster, more reliable stopping power. 

Additionally, any train with 70 or more tanker cars with flammable contents at speeds above 40 MPH must have an electronically controlled pneumatic braking apparatus by May 2023. 

These advanced technologies allow for better-controlled braking by allowing for more uniform and responsive braking pressure application. The bottom line is a shorter stopping distance, lower derailment risks, and lower chances of train car pileup if a derailment does happen. 

Safer Tanker Cars

The tank cars involved in the Lac-Megantic tragedy were an older Class III variety, which was known to be likely to rupture even in a low-speed accident. 

After that derailment, the US and Canada came up with a stricter tanker car standard called Class 117. The new car has better resistance to punctures, enhanced structural strength, and is resistant to fractures if a derailment happens. 

However, it’s notable that Class III tankers are still allowed to be used in the US and Canada for some dangerous chemicals until June 2025. 

Better Information Sharing

Technological advancements are allowing better information sharing between train operators and government agencies, which allows for more effective decision-making. For instance, Canada’s protective Direction No. 36 requires railroad companies to provide cities and counties with dangerous goods updates, including the number of trains, cars carrying hazardous materials, and more. 

This information is designed to provide local governments with what they need to know for effective emergency responses and planning. 

The US is mandating better classification of many petroleum-based products to ensure better record-keeping and packaging by requiring a documented testing and sampling procedure. This information is needed to be given to the US Department of Transportation when requested. 

Human Error

While technological improvements reduce the chances of train accidents, human error can still occur. 

For example, in the Lac-Megantic tragedy, the train carried millions of liters of crude oil through the small town in Quebec at a dangerous 65 MPH before veering off the tracks, killing 47 people. 

A few hours before the wreck, the train idled in Nantes, Quebec, and the engine caught fire and was disabled by the local fire department. 

There was no power from the engine, so air leaked from the braking system. Not enough handbrakes were applied, and the train rolled downhill out of control toward the small town of Lac-Megantic. 

Some of the reasons for that crash were less about technology and more about humans failing to use technology. Some human failures in that derailment were failure to maintain the train engine, not understanding the connection between the engine and air brakes, and not setting and testing handbrakes properly. 

Better training of train operators has been the norm in Canada and the US since that fateful day in 2013, but there is still more work to prevent future train accidents.

From television to the internet platform, Jonathan switched his journey in digital media with Bigtime Daily. He served as a journalist for popular news channels and currently contributes his experience for Bigtime Daily by writing about the tech domain.

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What Makes Meme Coins Like Floki Inu Popular?

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The cryptocurrency market is evolving and among the meme coins the latest star is Floki Inu, the now popular meme coin. It was in June when Elon Musk had tweeted he intends to name his Shiba Inu Floki that led to a developer inspired to make Floki. The coin was made in August by a developer named Ryoshi.

Today whenever Elon Musk shares something about his Shiba Inu it affects the coin’s market. Like in March 2021 he wrote ‘I am getting a Shiba Inu’, in June, ‘My Shiba Inu will be named Floki’ and in September he wrote ‘Floki has arrived’ the meme coin Floki Inu rose by 1,000 percent in 2 days.

This meme coin which is community owned has since then rapidly grown. It has been inspired by Tesla and SpaceX boss Elon Musk’s Shiba Inu, mentions Floki’s website. Now the Floki Inu trades at $0.00007731 with a trading volume of over $16 million.

When a cryptocurrency is associated with a theme it is called a meme coin. Named after a popular dog, the Dogecoin was the 1st meme coin. Shiba Inu and Floki Inu are other meme coins. These meme coins are all hyper volatile cryptocurrencies. Experts are researching the reasons why the meme coins are seeing a steep rise.

The reasons propagated why the meme coins are so popular is one: they have the presence of a strong community and second the presence of strong personality cults. Like in the case of Floki Inu it is Elon Muskwho has thrown his weight behind the meme coin through his tweets. Another reason could be the low entry level prompts retail investors excited to invest in meme coins thus taking their price higher.

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