This is a call to students, teachers and companies all over. It is to the group that work in the field of chemistry, environments and other areas. We need their help and we need it more desperately then even they can imagine.
The issue is Fukushima!
Yes, we all know issues happened, we know mistakes were made and we know that nature itself has had an impact on the events. Fukushima stands alone, but is not the only danger we face. Yes, there are al kinds of environmentalists cheering and partying on how the bad, evil and unneeded nuclear power solution is just not a solution. This is not about their inherent lack of insight. This is about finding a solution that works!
We need to find a way to diminish radiation and a way to clean up irradiated water. Yes, I get it, there are in some conditions options where we do not need to rely on nuclear power. Yet, consider that wind farming is not always an option. The London array consists of 175 huge windmills and they give less than 50% of an above average sized nuclear reactor. Yes, the Aswan Dam is Hydroelectricity gives of a lot more then that, yet many nations lack the options to get such a solution (it’s not like every nation has a waterfall or a Nile to dam in). So Nuclear power is here to stay (for now).
Why the plea? Japan is facing more and more hazardous events with the Fukushima power plant. The water around it seems to be getting irradiated and the radiation levels in the area are too high and in some places rising. A person would get killed there in less than 4 hours. We need to find new solutions!
Not just for them, or for this situation. We see the need for nuclear type solution in many more places. Until a better solution comes, we get to live with this risk. If someone stated, no we do not! Then that person must sign a voucher approving coal plants and accepting to live in smog. If it is abroad then your taxation in carbon tax will still be levied at $500-$750 per person on national scales and a power usage limit that is 20% lower than these persons have today. See the picture?
We either accept to live in smog like conditions forever, live without view or find something better. Until true fusion comes around Nuclear reaction is what we are faced with. Just so you know, even though true fusion will be cleaner on several levels, once an accident happens there, your goose is likely cooked on a massively larger scale then a nuclear reactor could achieve. If we believe the past, then we will have to face at least two fusion reactor accidents. This gives additional power to the need to find solutions for Fukushima. Whatever direction we take, we need to find alternative ways.
Can we suck away radiation?
I am not coming with answers here, but I learned many times over that nature is a mother, a taskmaster and a teacher. If depleted Ozone was reason for UV-radiation, is this not a lesson we could use in the opposite way? I do know that they are different forms of radiation, I just wonder if scientists took a good look at alternative approaches to the Fukushima disaster. If we have a leaky basement we need a sponge to suck the last water of the floor. If the current sponge does not do the job, we will need to invent one that does. I am not claiming that there is a simple solution; I am more worried that certain scientific quests have been neglected and forgotten about.
If we do not push ourselves forward then we can never be ready for the larger quest that will hit us around the corner. There are many industrialists who will counter this with their needy call on how the new innovation will also bring new solutions. There is a truth in there, but their answers are misguided and intentionally misdirected. Because cleaning up is not a profit, it is for those people a cost. A cost that is later pushed onto others anyway. The Tokyo Electric Power Company (TEPCO) is clear evidence of that.
Fukushima operator Tokyo Electric Power (Tepco) is struggling to deal with the vast – and growing – volume of water it has used to cool the broken reactors. Growing? So if that is the case, what would happen if we treat the core with liquid nitrogen or liquid oxygen? These users seem to go for the readily available options, what if we step away from that? What other options are there?
This is exactly the issue, when a solution does not work; some seem to use it longer, hoping that this will solve it. The initial quote as we read it in the South China Morning post “The world’s nuclear watchdog has urged Japan to explain more clearly what is happening at Fukushima and avoid sending ‘confusing messages’, the country’s atomic regulator revealed.”
If that is true, then the Japanese government should hereby be placed under a mandatory position to reveal the complete chain of communications. From the spokesperson to the one giving out the information, reveal the entire chain! If we are to solve anything then it is only with proper information. It could even be that people like Kazuhiko Shimokobe and Naomi Hirose might be removed from office. This is not about bowing and apologising, this is about solving the issues. Like any scientific endeavour, that will only ever work if complete and correct information is given out. I reckon that this is even more prudent when we look at the fact that this disaster, not unlike the events at Hiroshima and Nagasaki could change the Japanese landscape for decades.
The world events are also in play. The dangers of a dirty bomb has not diminished, it has actually only increased. Now consider that in the late 70’s NBC (Nuclear Biological Chemical) wash streets were designed to deal with radiation and irradiated dirt on vehicles and on personnel. This was 40 years ago and since then no real forward steps have been made. In 40 years of innovation, no better solution was produced. Seems odd doesn’t it?
In an age where more energy is needed on a global scale, in places where those in charge just blunder forward and where profit is the bottom line, we need to find new solutions for questions not answered for decades. We need to find them now, before we irreparable poison the well we all eat and drink from.