Steam: These were the top games in February 2021

Steam: These were the top games in February 2021

Steam

March is already drawing to a close. But that doesn't prevent Valve from looking back at February of this year. The question is which game generated the most sales on Steam last month. In the resulting list, however, only those titles are listed that actually came onto the market in February.

Logically, the survival game Valheim appears in the top 20, which are arranged in a random order on. The starting shot for the early access phase was fired on February 2, 2021. Within a very short time, it developed into an absolute top seller and fan favorite, which also became a big topic for streamers on Twitch. Also in the top 20 is the Complete Edition of the action role-playing game Nioh 2, which celebrated its Steam debut on February 5th. Things are much more leisurely in Becastled, where your task is to build the most imposing castle possible and to defend it against attacks from enemies. The entire event is set in a fantasy world.

Fittingly: Numerous tips on the survival hit Valheim at PC Games

Steam has not disclosed specific information on sales of the individual games . The fact is, however, that the following list is the 20 most successful titles of February 2021. We have sorted them in alphabetical order for simplicity. Here is the overview:

30XX Becastled Breathedge Curse of the Dead Gods Cyber ​​Manhunt Fights in Tight Spaces Firework Hellish Quart HuniePop 2: Double Date League of Maidens® Little Nightmares II Nebuchadnezzar Nioh 2 - The Complete Edition Persona® 5 Strikers Rhythm Doctor Rogue Heroes: Ruins of Tasos The Room 4: Old Sins Valheim War on the Sea Zombie Army 4: Dead War Source: Steam





This new recycling plant uses steam to recycle ‘unrecyclable’ plastic

Most of the 360-billion-plus metric tons of plastic manufactured each year isn’t recycled. Some of that’s due to laziness—in the U.S., where plastic bottles can be easily recycled almost everywhere, the vast majority still end up in the trash. But other types of plastic are so technically challenging to recycle that recyclers don’t find it economically feasible. If you put these in the recycling bin, they end up being incinerated.


A new recycling plant is designed to process this hard-to-recycle plastic using what’s called supercritical steam—water heated to a high temperature and pressure—as molecular scissors, breaking down chemical bonds in plastic to create building blocks that can be used to make new plastic. The process works on any type of plastic, including packaging with multiple layers that normally isn’t accepted in recycling bins. “A new solution is needed to recycle those materials that mechanical recycling cannot,” says Steve Mahon, CEO at Mura Technology, the company that developed the technology and is building the new plant. “It is also important to recognize the value of waste plastic as a ready resource for the manufacture of plastic, decouple production from fossil resource and entering plastic into a circular economy, avoiding wasting this useful and flexible material.”


The new factory is under construction in a part of Northern England where some of the first large-scale plastic manufacturing began in the 1930s. While the traditional process relied on fossil fuels such as crude oil or natural gas to make plastic, the company envisions making manufacturing circular: After someone uses plastic, it’s recycled back into the materials to make brand-new plastic, and after that plastic is used, it can be recycled again, in an endless loop. Like other forms of so-called advanced or chemical recycling, it can be used to produce materials that are identical to virgin plastic. That’s different from traditional recycling, which shreds and melts old plastic and “downcycles” it to a lower quality, so recycling can happen only a limited number of times.


Environmental groups such as Greenpeace have questioned the feasibility of chemical recycling and argue that companies should be focused on ways to reduce unnecessary plastic use instead of pinning hopes on technology that isn’t yet proven at a commercial scale (and relying on consumers to use recycling bins, something that isn’t happening enough now). “We are never going to recycle our way out of this crisis, and until we realize that, the plastic pollution will continue to mount,” says John Hocevar, the oceans campaign director for Greenpeace USA. “While recycling remains an important part of the mix for other materials, it should be the last resort for plastics—not the first. We must first prioritize reduction and reuse, recognizing that most of the plastic packaging we toss into a bin ends up landfilled, incinerated, or shipped overseas for other communities to deal with. It makes no sense to invest 10 years and billions of dollars trying to salvage a costly and inefficient technology to recycle materials that we will no longer be using by then. We don’t have time to wait for the plastic industry’s next supposed silver bullet to deal with this crisis—we need to stop producing so much plastic now.”


Mahon agrees that plastic reduction needs to happen, but he believes that the technology can fill a critical gap. “With the level of plastic manufacture at an all-time high, we believe that where excessive plastic waste and single-use items can be reduced, they should be,” Mahon says. Mura’s technology, called HydroPRS, is “designed to recycle those materials that traditional mechanical recycling cannot, in a complementary approach, moving away from a linear model of produce-consume-dispose to a circular one of produce-consume-recycle,” he says. The demand from companies that want to use recycled plastic in packaging continues to grow. The new technology will produce recycled products that are more expensive than virgin plastic, but the company believes that it will become cost-competitive within a decade or sooner.


The new facility is set to open in 2022 and is designed to process 80,000 pounds of plastic waste a year. The company is also planning new sites in other countries, including the U.S.

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