We have a unique method for how to charge these batteries. It’s easy with Alkaline, all you need is this Battery Charger below. There are many out there, but this one is the best. It’s one of the best since it will charge until it’s nearly full.

The product is called: ALCK9C8M
Can be bought at Aliexpress

A link to the product: ALCK9C8M

The method to charge Alkaline batteries is simple with this device: All you do is charge the battery. You will have to wait until after the charger says full, then it most likely is, only if it does hit 1.5v. Since the battery will then go lower in its volts depending on how much damage it has.

And sometimes you will have to charge them from 1.2v or even 1.1v. But several times after this is succeeded your recharge will be at 8-10mAh per 1 minute and then you know it’s full at 1.5v.  It will automatically go back to 1.3v or 1.4v and at least stop at 1.4v+. Sometimes they stay 1.5v. But this recharging can sometimes be at least used 10-20 times.

If it succeeds in entering 1.5v for the first time without showing full, then most likely it’s full when it says full. So don’t press too much recharge after then. Empty alkaline batteries often recharge 200-1000mAh. Depending on the type and producer.

Besides charging CR123A you will encounter a bigger problem and we can’t charge higher than at most 3.8v. With this unit, it will try to charge at least 4.2v which can warm up the battery and you could get flames of fumes. Such a process needs precise attention.

And our process is always to charge the battery several times up to 4.2v. And when milliampere each minute is low, we know it has charged full. It will charge up to 4.2 and land on 3.8v after some time. It’s like a dream toy to work with the lithium non-rechargeable batteries.

Just be around when it’s a slow milliampere load, you don’t want to push in too much, since the battery will go warm and maybe leak. Some batteries might explode, so be deviant of the whole process. And if it would explode then the charge in basic needs to be on for more than 1 day. So charge with caution and always look at the meters.

CR123A batteries are made in a way in other means same as Alkaline batteries. Often you will find lithium in CR123A batteries and not alkaline types. But these batteries shouldn’t be made in a way that can’t be recharged.

In such a way, you will understand that the destruction of this world has been made in such a way. Children in other countries need to dig out kobolds or other types of metals so we can charge our cars and use these one-time-use batteries.

Did you know you can charge all types of batteries in this product? Even 1.5v AA and 1.5v AAA and even the fatter ones, to even 9v batteries.

Then we know it’s possible to recharge alkaline batteries and even CR123A. But your charging rounds would be far lower, which means you can’t recharge the battery 1000 times, it’s more like 100. If your electric bill isn’t big, selling recharged Alkaline batteries would be possible.

Anyway, it won’t be that long before we change out batteries with even better batteries, so-called liquid batteries, and even Lithium Air with a high-density charge. Soon new cars will be possible to charge liquid in just 1 minute. And drive 1000 miles. You only empty your battery fuel tank and fuel with pre-recharged fuel.

The future is prominent, so take a grip on yourself and realize that the world is made for your best. And the future is so promising about anything. But we still use AA and AAA batteries of types 1.5v. These batteries should re-enter the market as fully rechargeable lithium batteries that can use a 1.5v level, charge with 4.2v, and have far longer power.

Maybe all planets die out when we don’t maintain them, at least? When should we be doing it? Perhaps the future might tell us everything we dear to know. Maybe there are hidden realms beyond our planet. Does that somehow affect our progress in science?

Earth’s Interior Is Cooling “Much Faster Than Expected”

But we have a unique way to store radioactive junk in the core. To re-heat it if possible. But at least the whole idea goes up to where we flush the radioactive waste into the core. Would that be dangerous enough?

Well perhaps it would, but not if the device is made of metal casing that withstands lava temperatures, that this device lowered into the core of a volcano? Wouldn’t that be possible? Well, we might use this idea as it is worth.

But let’s look at what Finland does, they deposit the radioactive waste long down in the mountains, such there is still a place to put it somewhere. Perhaps not all countries can do the process of storing radioactive waste below ground.

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We are backed up on that cryptocurrency, and coins will count all our endeavors selling quotes to all stored Radioactivity waste to be dumped into the core. Even plutonium is each day danger with hands to the terrorists.

Where to hold the waste would cost millions for just their storage. And it surely does need the correct type of investment. So get a hand of DEGO, which is DeroGold, and we on  DieSofly have bought us up with a desirable amount.

But as soon as the plan is vibrant, the possibility is sooner. So get down to business and invest in our dream.

We have taken the dream of pushing Fukushima and Tjernobyl to the bottom and the newer wasted nuclear stations that can happen every 30 years. We now can have a dream that all radioactive waste will be 100% clean by leaving it to the mantle cores thus enabling us so we would want an increase in mantle core temperatures if a chain reaction happens.

Well, it sounds terrific, but at least the lava would not spill up on the ground after materials have been processed in it. The idea to warm the mantle core is a bigger project, and just one amount of waste wouldn’t heat it at nearly any percentage.

This technology might already be innovative. It is genuinely unique. Indeed, the future needs more creative ideas so this planet won’t be a waste planet. The problem with the mantle waste yards is that you can’t put too much in; you have to take out a proportion of what you put in since you wouldn’t want volcanic eruptions on some plutonium in the core.

But let us say something clearly, putting a large amount of other waste into a volcano might be a good idea, especially if we deal with materials that can burn, but cost too much to burn or make storage, as perhaps certain waste chemicals.

Maybe the solution to throw waste in the mantle core would be substantially a far better idea when it can’t be stored and is well if it’s far more expensive to get rid of. Maybe the only solution is to pour it into a volcano, we talk about different acid chemicals that are so strong that they destroy any storage.

Many profile-driven companies would doom our earth if they didn’t take out a particular part. Did you know? Indonesia, Thailand, and Japan had their tsunamis because the companies did not replace the ground from the oil with sediment a way pressure was so low that the ground unfilled with water would make an eruption into the air for several hundred meters up.

Water would fall on the ground, then a huge amount of water would withdraw from the land, and then again come as an aggressive amount of water on the land as we call a tsunami. This is what happened in Thailand if you follow the videos about it. As soon as water withdraws from the land, a big area falls into the ground and draws all the water, and yes, then the tsunami comes.

That’s why these dire situations happened because of oil rigs. And the day you see a tsunami hot, perhaps South America? That you will know they didn’t fill the ground. Every country is warned of this Uther insane situation about this. But no one knows how it would be a situation. Listen to some music to vibe on it:

Perhaps buying a Hybrid car as an electric vehicle would be best in countries with little electricity available. All you are trying to spend on gasoline is about 0.33 per mile, while regular cars drive 0.65 per mile.

You can buy a hybrid car with about 100 kilometers range on the battery, then it’s convenient as an extra battery that can also become loaded with energy for a couple of miles while charging at home.

We would enforce this singular act by deciphering the use of engines and their weight of CO2 emission when we on Earth have 0.04% CO2 in the air. But honestly, they are the fact that exists today; with a superior build, anyone can drive a mile for 0.10 gallons.

The difference is to use engines that are not only near emission-free superiorly. We create some fuel daily for all cars, and fuel consumption will not be reduced until we truly act bravely upon getting ourselves a hybrid vehicle.

Truly on time we depend on other sources as fuel until we can reduce the consumption by about 40%. 40% is much, and motors made up of only electric power will someday be the best, now is the worst, since the cost to build a car in such a way is extensively larger than a hybrid car.

Supposedly you could manufacture about 5 Hybrid cars and 1 full electric car of the same amount of materials, the battery costs the most, and we can’t replace batteries in electric vehicles, the whole car needs to be sent to a junkyard.

Not only are machines running on fuel needed, but we must also use empowered fuel to create energy. But in the short term, only battery-driven cars and their counterpart fuel-driven cars ain’t efficient for many countries.

We must one day come up with electric-charged fuel, until then a reduction of fuel consumption on many ordinary vehicles by about 33% would be more reasonable, especially if batteries can be replaced in Hybrid cars and can work for more than 10 years.

Most electric vehicles work only for about 5 years until they start to mess up with a flat battery or recharge capacity being smaller year after year.

It’s terrible meeting terrible when we use the wrong method of energy. Not only has this been ongoing for quite a long with idiotic ideas and more populistic choices than smart convenient and energy-sparing.

Norway, with its beautiful rivers, effortlessly provides power for battery-driven cars. But countries with import electricity wouldn’t dare use the technology. You might as well come up with a recharge station lacking in many countries, especially in Africa, and smarter solution would be to produce cars that truly can work for their countries.

But in fact, there are several ways that we need to understand that change our print on this earth. We need different progressions towards this. Indeed if you use your income to buy DeroGold, we have a significant stake in that coin.

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Cryptocurrency would suit the future to create all our ideas into matter. Not only is this dream big, but there are ways to succeed, we nearly have no time before the nuke of not “CO2” but “Chemicals!” drops upon us, and we cannot miserably change anything when the whole world used up their resources and couldn’t travel beyond the stars!

What do we need? What do we want? We want a low-emission car that surpluses with an additional battery that is effortless when driving and is energized by the engine, which does not need to be other than a fuel-burning engine to load the battery. The difference would be if everyone could invest in something worth something rather than the opposite.

Likewise, many with a Tesla nowadays have a samlet to load up battery when driving for a long time. Well, it’s efficient, it does give enough battery energy at most. But is that the best?

Well, for me engines running on gas being Hybrid is by far the most reasonable thing to use, you can get biogas from recycling food in big processing units that collect methane gas. Surely it would be a future creating bioenergy out of waste. Even plastic as far we know it when microwaved will split up to become fuel and gas.

Do we need at least a hybrid car that uses a different energy source? In these golden times, we need a second engine that can generate energy and most likely Hydrogen cars will be the next future, not only is the process of splitting water into Hydrogen and Oxygen far more reasonable nowadays.

Surely would a loss of energy be so little that a Hybrid car running on electrolysis creates enough Hydrogen by how much it can again burn the Hydrogen? Likewise, salt water and Hydrogen Oxide. Nearly budging to give power for around 0.01$ the price when ordinary fuel is 1$. 100 times cheaper consumption so far.

Future cars will be triple #Hybrid

As my vision and dreams are set for that

You will be using saltwater, batteries and Hydrogen+Oxide motors all!#TripleHybridCar #TripleHybrid#Saltcar #Hydrogen

Using electrochemistry to create fuel out of sea water!#Future #Toyota @Toyota pic.twitter.com/MDqrFj58rk

— deaLazer.com – 🤪”DealAy-Zer”彡★🐬 (@Dealazer) November 5, 2020

Garnishing good vegetables as a way to farm on the sand. You would feed thousands not only million mouths of people of the world just by having some acres available for ecological agriculture.

Today, an idea is to use very long tubes across the land from either Marokko or Egypt, somewhere between the Sahara. Some machines would clean out salt from the water using the Mediterranean Sea leaving us with clean water. With these heat times, on the shore of Africa, the ocean would be clean water drying the water on a big field and harvesting the good salt from the sea.

Still, we genuinely talk about a machine that earns energy by the reversed vapor waterfall technique, where water would be harvested on the road to mid-Africa, well a whole new river could be dug out on the way, such that water would be available 5km from the river, even a river that runs through Africa would benefit most to create new life around the river. We might think that a river through Africa joins two seas the Mediterranean Sea and the Indian Sea.

A machine that collects the vapor of the water when you have many different collections of roofs above the river would produce energy for many countries when more water is available. Did you know that steam is probably a good thing for income but became forgotten as a great idea? And near the sea in hot countries, a higher income will come if we think more about the green energy we can produce.

Indeed, seawater steam will increase revenue and be a green procedure that does not cause income. You can build the energy-gathering machine or its idea. But already put on the field, it would collect distilled water and energy by upstream steam.

Thus this would be the most cost-effective based on how to clean the water, and the steam would be just distilled water that could travel along with big tubes that could easily set the course for a new empire or a different future. We write this opportunity now because it could be as ego if not told to anyone. Or are we just losing our minds on this project?

Indeed, many people have already thought about agriculture in the desert, but why not save the rainforest and say, the forest “We can’t cut it anymore.” It would be rather like paying back Brazil not to miss the trees to have some 25% of the income of the whole project in the future not to cut the trees, but the land would be reserved for Brazil.

Though it is said, it would be a good idea. But most don’t know what can become settled; no one will if none can’t do it.

So you know already that this is a great project to run. Run for a significant part of the future. Imagine having the latest technology in agriculture. Imagine having a supply of water. Imagine the life that would flourish, Imagine a million acres of land that would be green. Imagine that more oxygen would lead to a better CO2 reduction. On the entire planet, would it be a dream? We would then need less CO2 gathering solutions.

That we still produce too much CO2 and terrible toxic waste. Imagine the birds and animals that they can ask for a share of the plants. Imagine the wildlife we would import. Imagine our children’s sorrow by seeing something like this a dream come true. Imagine all the possibilities of this rather than looking at the problems.

Not only will bee preservation make the future better, but all that we don’t see is underneath in the sea. Yes, and there is the future; they are farming or doing other things of interest to the sea as seafaring. But for sake, never go to ecological farming; will it kill the sea? Likely, the fish yield has been hugely significant because the ocean is a tremendously important part of an ecosystem that humans have enlarged by up to 1000% these last years.

Even in some places, there are many rich plants in the sea. That also increases the richness of life. But Nitrogen used in the fields goes back to sea. That creates more extensive lots of fish in specific places on this planet than ever before, so we should not forget to use agriculture ecologically, where fertilizers should be an important part of agriculture.

Did you know that bees die from the suffocation of mixtures to the pesticides used? Somehow have one type of pesticide or not anyone at all. That indeed can keep preservation. Did you know farmers don’t grow things that need pollination from bees? I didn’t know that well, but bees die from pesticides, especially the mixture we know is bad So why not always try not to use pesticides? You could grow other plants that indeed don’t need the use of pesticides.

I know you’ll earn the same. You get 5% of your crop eaten by insects that threaten distinction. But you will pay to double the number of pesticides used on the crop. Let something die to take the rest for you. Everything will be good the day it’s harmony. And you wouldn’t know that this site itself has so much happiness to give.

The use of nutrition is different for the soil, making fish in a larger quantity. Still, we can’t stop YARA! So maybe you would want to help us further? Donate to our shop:

As this article has achieved more we found out that using aqueducts throughout the Sahara we might be able to make seawater vapor work well with the ground of the Sahara. The biggest problem is sand filling the Aqueduct, but somehow there are many solutions to this, and the more we invest in the right way, the more poor we become, but then that’s a good gift for all generations to follow up on Earth.

The way it’s possible to understand that not only bees are the creatures of gifts to our world. We need to start thinking that all life is sacred. And all is?

Not only is that bees preservation will make the future better, but all that we don’t see is underneath in the sea.

Yes, and there is the future; either they are farming or doing other things of interest on the sea as seafaring. But for sake, never go over to ecological farming; will it kill the sea?

Yes, because the ocean has a tremendously important part of an ecosystem that we humans have enlarged by up to 1000% these last years, the fish yield has been hugely significant.

Even in some places, there are many rich plants in the sea.

Did you know that bees die of the suffocation of mixtures to the pesticides used? Somehow always rely on one type of pesticide or not anyone at all.

That indeed can keep preservation. Did you know farmers don’t grow things that need pollination from bees? I didn’t know that well, but bees die from pesticides, especially the mixture, since we talked.

So why not always try not to use pesticides? I know you’ll earn the same. You get 5% of your crop eaten by insects that threaten distinction.

But you will pay to double up the number of pesticides. Let something die to take the rest for you. Everything will be good the day it’s harmony. And you wouldn’t know that this site itself has so much happiness to give.

Companies such as Hydro and Jara are genuinely essential companies for our future. They are necessary for the fact that things are the way they are.

But the production of Nitrogen is an integral part of the sea. Let’s say we turn off these fertilisers we put out on the field?

We will kill the ocean out of nearly anything; as the increased nutrition levels go down, that massive amount of fish would not find food, and plants might as well die.

The course of change to green energy needs to be consistent, or else we fail to do a job turning back to normal EEarth.

Since the planet might die out if things occur too fast, we at least don’t think about how the turn before is done.

So keep on using fertilisers. But not pesticides!

Even that is enough to call it ecological since fertilisers need to be in environmental farming. Since fertilisers are essential for our sea life, we deem to let you know, and others see that you can do the ecological system with fertilisers.

They are genuinely 100% natural and just an amount of Nitrogen that the soil needs, and Nitrogen weren’t dangerous anyway?

And in addition that does not cost too much against nature. We have Nitrogen in the air. It means it’s taken from the perspective into a substance left back to the fields.

And the process costs only electricity. Think of that as “dying softly” if you let the Nitrogen deemed not be used in fertiliser?

We can also suffocate from the Nitrogen in the air if higher levels are present. So invest in ecological farming with fertilisers.

Don’t use chemicals that farmers spray with to secure the growth loss. If you have a problem in your field, do get help even from insects eating the harmful insects.

And for all, be smart with your farming. Could you not use the same vegetable for the same farming type? There are millions of other plants you could harvest to earn money.

And there are seeds everywhere to be sold. At least farming one specific plant can result in severe problems by bug attacks.

What about agriculture, some dangerous to human plants on the field? See if the insects eat that as well? Now, that’s truly a solution?

Know your information.

Several articles on the net discuss using Nitrogen fertilisers as something that could threaten the global climate.

Well, it’s the pesticides used on the fields, even to give people allergic reactions to eating the food or simply people around the crops are getting insane illnesses.

Surely it’s going into the air, and even towns where they spray the fields have reached extended sickness count. The symbolic use of nasty chemicals is poisoning kids.

And it would help if you significantly destroyed the insects that eat up the soil. But for real? Aren’t we all already unhealthy by this means?

Nitrogen fertiliser use could ‘threaten global climate goals’

We are giving into it. And indeed, there is a reason that Nitrogen fertilisers are essential, and there are means to understand that Nitrogen Fertilizers are not a chemical you spray.

It has tiny small, often blue-coloured balls.

And yet, it’s one of the best things to use by typically knowing what chemical structures these fertilisers are, and just nearly only Nitrogen with some chemicals to have it as solid material.

Still, we would want more developers to create a better solution for agriculture.

So let’s say we need fertilisers. And we will globally accept this information the day you say the same.

The day all say the same. Adding a bucket of Nitrogen fertilisers into the field will yield around plenty of more fish in the sea.

And that number you can multiply by a factor of 10x, and then you know how much you are astonished by our world today.