The magazine can even be used as a disposable explosive on its own.
What the heck is a handheld nuclear rocket?
Lin Miao thought that rather than using this thing as a weapon and wasting its potential, maybe dismantling it and selling it as research material might be more valuable.
The battery and electromagnetic rail inside could probably solve the current issue of needing to charge individual soldier kinetic weaponry.
Not to mention the technology and materials to compress plasma into ammunition, that would definitely fetch a good price.
Unfortunately, it can’t be sold.
Because he can’t explain the origins of this thing, taking it out would bring trouble.
Looks like he’ll have to wait until he has his own weapons research lab before thinking about mass production.
But anyway, now he has another trump card in hand, along with the stuff produced by the chemical plants during this period, and the newly arrived machine tools...
Maybe he can try to gather players for a conference, prepare for a big rush, and prepare for the next version’s player expansion.
There’s still ten basic card pool draws to go. Not much useful stuff, but interestingly, there are more entity facility cards drawn this time. The rest are either canned food, chocolate, or things like purification tablets and bulletproof vests pistols.
There’s two sets of [Waste Recycling Separation Furnace] and one [Light and Heat Catalytic Reaction Device] which haven’t been drawn before.
The name is long, but the function introduction is even longer.
Generally understand it as using a micro-nano structure formed by cobalt oxide biomimetic structure material, thus creating a light-trapping effect.
Making the light reflect far more frequently than conventional materials when entering the molecular structure of the material, greatly enhancing light-heat conversion efficiency.
But this device isn’t meant for solar power generation.
Instead, it’s used to form localized light and heat recovery of waste polyester plastic.
It can effectively activate the carbon-oxygen double bonds in polyester plastic, thereby triggering hydrogen nucleus substitution reactions, even breaking through solvent boiling point limits, breaking the molecular chain of polyester compounds, forming monomer isomeric alkanes or normal alkanes, and finally categorizing them through molecular sieve. Whether used as fuel or compounds, the economic benefits are good.
Of course, doing so may also form methane and carbon dioxide.
But can adjust the composition of final products through different catalytic temperatures, reducing impurity formation.
That’s not all; the product introduction also says a light-heat catalyst can be added to further enhance degradation efficiency.
Even provides a synthesis list, the light-trapping material and catalyst can be synthesized, but the technical content of other parts of the device isn’t considered high.
But require quite a complex compound reaction process to synthesize, far from being made by a simple reaction kettle. At least a formal chemical factory is needed.
Regrettably, this kind of device can only target polyester plastic, with poor effect on the more abundant polyolefin plastic.
A different hydrogenation device is needed for dealing with it; he hasn’t drawn it yet.
Plastic recycling has always been a pain point of environmental protection.
Currently, not to mention the cyber world here, even plastic recycling over there in reality is a scam.
Over ninety percent of plastic is dumped, burned, or buried casually.
Those plastic industry giants build recycling plants, claim to recycle thirty percent of plastic, do recyclable plastic, recycling plastic signs, but actually nobody takes care of these plastics, it’s just to shut the authorities up, so everyone can use plastic without worries.
A large amount of plastic, due to high recycling difficulty, cost, and complex processes, leads to companies unwilling to invest in it. Even if recycled plastic, it can only be downgraded for use. After multiple recyclings, it eventually becomes unrecyclable.
Resulting in more and more discarded plastics and pollution spreading increasingly. Even burning produces dioxins, a potent carcinogen.
Now, not just in the soil, even human blood contains microplastic particles.
And the cyber world is even more straightforward, they save even factory burial costs, just stack it outside the city.
After all, they have exoskeletons to filter harmful substances.
No money for an exoskeleton?
Then you might as well hurry up and die.
Anyway, the bosses don’t need to breathe the same air as you.
This device overall is still quite good, just can’t use it for a while.
Because plastic recycling isn’t like steel; it’s not handled by a machine and a few people.
First, plastic collected back needs washing with hot water and alkali to clean oils, drinks, or other residues. Cleaned and dried, then sorted, as plastic types outnumber ethnic groups and often get used mixed together.
Just for a beverage bottle, its cap is first-class plastic, the body second-class plastic, soft label sticker is third-class plastic, you must separate them for recycling.
A regular person can’t do this work, it’s dirty, exhausting, troublesome, and doesn’t pay.
But the cyber world is good in that intelligent automated factories are advanced, and all above processes can be entrusted to machines.
In Lin Miao’s view, this is the correct path for using automated intelligent equipment.
Making profits while gaining a good reputation, he doesn’t want his enterprise to have an infamous reputation like Huang Ban and other huge companies, with mercenaries plotting against their employees and middle managements daily.
A somewhat better reputation defense can make many people hesitant when targeting you.
Lin Miao calculating future development plans, not knowing how long, until Lucy who had always been asleep, finally woke up.