DBHD 1.4 - the INTERNATIONAL Version

Buy a "country license" for DBHD ...

Most countries do not have a Super World Geology like Germany near Glasin - M-V - Germany

there it has 2.000 Meter Sediments and 1.600 Meter rocksalt layer underneath >>> DBHD 1.4

(Germany is densly populated - they want it that deep, with all the pain and heat it brings ...)

"DBHD 1.4 International" = 900 Meter Sediments + 1.300 Meter rocksalt cussion underneath

SOON you see the technical plans for DBHD 1.4 nuclear repository - the International Version

Capacity is = 41 Pellets x 8 HLW Containers = 328 HLW Containers (3.444 Mg heavy metal net)

required drilling depth is : 2.072 Meters - SBM Drill - Shaft Boring Machine Diameter 12 Meters

Actually we work on "DBHD 1.4 Canada" for rocksalt locations in New Brunswick / Nova Scotia

http://www.dbhd-hlw.de

Warum das DBHD 1.4 International ein sicheres Endlager ist,

das 1-10 Mio Jahre dicht hält :

- die Sicherheit entsteht aus der Einlagerung in eine 250 Mio. Jahre alte Geologie !

  Wir gehen davon aus, das eine Geologie die seit 250 Mio. Jahren trocken und

  warm dort liegt - auch noch weitere 10 Mio. Jahre trocken und warm dort liegt

- das DBHD lagert so tief ein, dass auch Eiszeiten es nicht durch Bewegung und

   Eiszeitliche-Rinnenbildung jemals erreichen können. (Rinnentiefen prüfen)

- Es wird in einer ungestörten Steinsalz-SCHICHT eingelagert - nicht in einem Salzstock !

  Denn Aufwölbungs-Annomalien reissen seitlich andere Geologien mit, und wenn man

  dann nahe an der Oberfläche entsorgt, wie in der Asse, kann Meteorwasser eindringen

  Nur eine ungestörte, tiefe, besonders und mächtige Steinsalz-Schicht kann Endlager. 

- im Steinsalz kommt auch härteste Gamma Strahlung nur 30 cm weit !!!

- das Steinsalz lässt flüchtigste Gase wie das IOD 129 nicht entweichen !!!

- das Steinsalz isoliert auch die hoch toxischen Eigenschaften von Atommüll !!!

- die Sicherheit entsteht aus der extremen Einlagerungs-Tiefe -1.350 bis -2.100 m.

- die Sicherheit entsteht aus dem perfekten Verschluss - es wird Salzgrus aus dem

  Bohrungs-Aushub in die Bohrung gefüllt und der XXL Bergdruck presst es wieder

  zu Steinsalz - ein perfekter Verschluss den nur ein Bergdruck kann ! (Tiefe notw.)

- der GNS Castor ist der weltweit bewährteste Behälter für nukleare Reststoffe

  aber DBHD lagert auch preiswerte DSC und HI-Star 100 Behälter ein denn :

- die allseitige 5 Meter Beton-Umgiessung sind eine zus. wasserdichte Barriere

  die glücklicherweise auch den Bergdruck auf weniger gute Behälter wegnimmt

- es werden verschiebliche Einzel-Pellets gegossen - eine Säule könnte brechen

- 2 Meter Sand Schicht zwischen den Pellets wg. der temp. Wärme-Ausdehnung.

Wir werden die geplante Tiefe erreichen - auch wenn die Wände dort +63 °C heiss

sind wenn wir dort ankommen - der geothermische Wärmestrom " im Berg " ist mit

nur 5,4 W/mK so absolut minimal, dass die Wand und der Boden relativ kühl bleiben

wenn die Bewetterung und die Flow-Ice Kübel die Umgebung erst mal abgekühlt haben

Die neu zuwandernde Wärmemenge ist gering - DBHD wird - 2.100 Meter erreichen.

Risiken : Um den 130 Tonnen Castor nach unten zu bringen muss man Ihn an einem

Stahl oder Dyneema Seil Durchmesser 60 mm transportieren ! - Sollte ein Castor ab-

stürzen und auf 7 weitere wartende Castoren treffen geht ein Castor auf - Dann muss

man die Bohrung aufgeben und wie geplant verschliessen. Oder drüber betonieren ?

Jeder Castor Transport ist ein Risiko Transport, weil schon eine Panzerfaust diesen

teuersten Behälter aller Zeiten öffnen kann. - Wir können froh sein den Castor zu

haben - wenn Sie wüssten was andere Länder so als HLW Container bezeichnen ...

Das Transport-Risiko mit DSCs und HI-Star 100 Containers ist gerade noch tragbar.

Wir brauchen gepanzerte Waggons für die vielen Transporte. Sicherheit geht vor.

Der Sicherheits-Zugewinn aus der Endlagerung ist diese Risiken wert. Niemand kann

die Zwischenlager effektiv bewachen - schon gar nicht über sehr lange Zeiträume ...

DBHD 1.4 hat einen zweiten thermodynamischen Nachweis bestanden. (Dr. G. Herres)

Was jetzt kommen muss ist der numerische Langzeitnachweis im Comsol Multiphysics.

Alterung von Grauguss durch Korrosion, Wärmetransport in der Steinsalz-Schicht, und

Erdbeben, und IOD 129 Einschluss und und - da kann die GRS Deutschland, oder die

Amphos 21 Spanien, oder die VTT Finnland dran arbeiten. (Angebote liegen z.T. vor)

Das ist eine XL Berechnung in Comsol Multiphysics - Multichemics - Sehr aufwändig ...

Geomechanik, Geochemie, Korrosion, Thermodynamik - diese 4 Themen sind wichtig.

Und die Geometrie des DBHD 1.4 muss dafür genau in 3D übernommen werden bitte.

Ein sicheres Endlager ist möglich und viele Länder haben die Steinsalz Geologie dafür.

MfG - Volker Goebel - Dipl.-Ing.- Endlager-Fachplaner ww

There is inquiries from all over the world for DBHD 1.4 International nuclear repository already !!!

ALL 14.550 experts of the world have received the DBHD .pdf plan. Most of them said Thank you

and much nicer words - and there was no critic from all these 14.550 experts all over the world !

DBHD is going to be an industry standard for the next 300 years and there will be given many new

building permits to the companies that take the responsability on to solve the end of the nuclear

production line - the geological repository for spend fuel - build DBHD's and win the future ...

Why DBHD 1.4 International is a safe repository that lasts tight 1-10 million years :

- safety arises from storage in a 250 million year old rocksalt geology !

  We assume that a geology sited there dry and warm for 250 million years

  will stay another 1-10 million years more dry and warm there

- the DBHD stores so deep, that even deep ice age scarfs do not reach the

   deep nuclear repository (check the existing scarf depth in your country)

- DBHD always stores in an undisturbed rock salt LAYER - not in a salt dome !

  Because bulge-up dome anomalies laterally entrap other geologies, and if you

  then disposed to close to the surface, as in the ASSE, meteoric water can penetrate

  Only an un-disturbed, deep, special and powerful rock salt layer can repository.

- in rock salt even the hardest gamma radiation only reaches 30 cm !!!

- The rock salt does not allow volatile gases such as the IOD 129 escape !!!

- The rock salt also isolate the highly toxic properties of nuclear waste !!!

- The safety arises from the good quality storage depth -1.350 to -2.100 m.

- The safety arises from the perfect closure - it is salt grain from the hole

  drilling filled back in the hole and the XXL mountain presses it again to

  rock salt - a perfect closure that can only be done mountain pressure! (Depth required)

- The GNS Castor Container is the world's most proven nuclear waste container

- But we also work with your HLW container like DSCs, HI-Star and other because :

- the all-round 5 meter concrete encapsulation is an additional watertight barrier

  that also keeps the mountain pressure away from your not so solit container type

- slidable single concrete pellets are poured - a column could break in a earthquake

- 2 meters of sand layer between the pellets because of the thermal expansion.

We will reach the planned drilling depth - even if the walls there are +63°C hot

when we arrive there - the slow geothermal heat flow "in the mountain" is with

only 5.4 W / mK rather minimal, so that the wall and the floor remain relatively

cool when the ventilation and the Flow-Ice bucket have cooled the environment

The new amount of heat is low - DBHD will reach - 2.100 meters storage depth.

Risks: To bring down the 130 tons Castor Container you have to put it on one

Transport steel or Dynema rope diameter 60 mm ! - Should a Castor crash down

onto 7 more waiting HLW containers i will certainly open one - then we must

give up the hole and close as planned. Or we just poor some concrete over it ?

Every Castor transport is a risk transport because even a bazooka / Panzerfaust

can open the most expensive containers ever. - We can be glad to have the castor

or other good containers - protect the containers with a weapon proof hull during

street transport. It needs armored wagons for the many transports. Safety first.

The safety gain from the geological DBHD disposal is worth these risks. Nobody can

effectively guard the interim storage facilities - especially not for very long periods ...

DBHD 1.4 has passed a second thermodynamic detection. (Dr. G. Herres / Germany)

What has to come now is the numerical long-term proof in Comsol Multiphysics.

Aging of gray cast iron by corrosion, heat transport in the rock salt layer, and

Earthquakes, and IOD 129 inclusion and and - that is a task for GRS Germany, or

Amphos 21 Spain, or VTT Finland to work on it. (Offers are currently available)

This is an XL calculation in Comsol Multiphysics - Multichemics - Very time-consuming ...

The geometry of the DBHD 1.4 International must be taken over exactly in 3D please.

A safe repository is possible and many countries have the deep rocksalt geology for it.

MfG - Volker Goebel - Dipl.-Ing. - final storage specialist planner ww

one of our US clients has to proof a repository plan to get a building permit for a new NPP

Was wir brauchen ist der "1 Mio. Jahre Langzeit-Nachweis - BERECHNUNG" und Simulation

von : Thermo-Dynamik, Geo-Mechanik, Geo-Chemie und Korrosion - in Comsol or Ansys

What it needs NOW is the 1 Mio. yrs proof CALCULATIONES - with parallel AGING-SIMULATION

Themes : Thermo-Dynamics - Geo-Mechanics - Geo-Chemics and Corrosion - Comsol or Ansys

Some HLW containers like the Castor are easy to transport to the nuclear repository location

other HLW containers made from concrete are a certain risk to transport to disposal location

There is inquiries from all over the world for DBHD 1.4 International nuclear repository already !!!

ALL 14.550 experts of the world have received the DBHD .pdf plan. Most of them said Thank you

and much nicer words - and there was no critic from all these 14.550 experts all over the world !

DBHD is going to be an industry standard for the next 300 years and there will be given many new

building permits to the companies that take the responsability on to solve the end of the nuclear

production line - the geological repository for spend fuel - build DBHD's and win the future ...

In den USA hat Fa. Holtec massenweise diese billigen Beton Container für spend fuel verkauft !

Das Problem ist die Transportierbarkeit - In der Beton Hülle steckt noch ein Stahl-Behälter der

aber fast nicht gegen Gamma Strahlung abgeschirmt ist - Wandstärke vielleicht ca. 4 cm und

nicht 45 cm wie der Castor. Es wird sehr schwierig werden die Holtec Behälter zum Endlager

zu transportieren und dort in das DBHD abzuseilen. Es existiert keine technische Zeichnung die

man ernst nehmen kann und es gibt nicht einmal technische Fotos und auch keinen Plan für den

Transport. - Wer von Holtec kauft hat das spent fuel auf dem Parkplatz stehen - Auf Dauer ... !

https://holtecinternational.com/productsandservices/wasteandfuelmanagement/dry-cask-and-storage-transport/

the US stores spent fuel in cheap Holtec concrete containers outside on the former staff parking - omg America

Mr. Aladar Csontos from the EPRI Institute in Washington DC will develop a plan how to bring these containers

down into the US DBHD repositories - he is going to develop a plan with real technical drawings and other ....

Mr. Mathew McKnight from Holtec Company has send a better information brochure.

But i still ask for "a real technical drawing with metric mesurement" and "a new 3D

drawing" referring to todays standards of technical information. It is about time now

to get ready for transport to repository because containers have a limited life span !

Stop looking onto Yucca only - that is a 40 year old idea of Generation 0.1 - with the

big diameter drilling technologies SBM / SBR from Herrenknecht AG the US got much

esafer, better, decentral and cheaper options to store their 80.000 tons spent fuel.

Step into DBHD 1.4 International nuclear repository - Send geological data and soon

you get a repository plan back : based on specific US geologies - based on existing

Holtec high level waste containers - based on todays Deep Big Hole Disposal drilling.

Here is what Mr. Mathew McKnight wrote - the 3 original text messages :

You clearly do not know Holtec’s product offering very well. Apparently, you are not

aware of Holtec’s transport cask system. Holtec does have a transport cask design. https://holtecinternational.com/productsandservices/wasteandfuelmanagement/dry-cask-and-storage-transport/

You’re welcome. NRC has public documents, SARs and COCs, for the HI-STAR 100. Here’s one of them. https://www.nrc.gov/docs/ML1028/ML102871079.pdf

Unfortunately, drawings are proprietary. I was hoping one of our public SAR documents had the drawings with width, height, and weight of system. But that must not be the case. You may want to reach out to our sales department to discuss partnership or agreement for sharing of information.

And then Mr. Michael Ford came into the discussion : Ford ES&H Solutions LLC / Amarillo, Texas

Dear Mr. Williams (Director at Holtec / USA)

thanks for your offer in LinkedIN to send HI-Star 100 measurement data !

We are also interested in the "transport system" because of transport to a

more the 300 km distanced nuclear repository site "DBHD 1.4 International"

As nuclear repository planners for many countries already, currently doing

DBHD 1.4 Canada plans with DSC container data from NMMO Canada, we are

looking forward to answer existing inquiries from a US company that got

HI-Star 100 containers on site. Please send container measurement data.

We are also interested in some general "decay heat" data per HI container.

With all respect to Holtecs business in waste container systems,

we wish you a good and successful day in the nuclear business.

Best regards from

Volker Goebel / Dipl.-Ing.

Nuclear Repository Planner ww

http://www.dbhd-hlw.de

http://www.ing-goebel.de

one of our US clients has to proof a repository plan to get a building permit for a new NPP

There is inquiries from all over the world for DBHD 1.4 International nuclear repository already !!!

ALL 14.550 experts of the world have received the DBHD .pdf plan. Most of them said Thank you

and much nicer words - and there was no critic from all these 14.550 experts all over the world !

DBHD is going to be an industry standard for the next 300 years and there will be given many new

building permits to the companies that take the responsability on to solve the end of the nuclear

production line - the geological repository for spend fuel - build DBHD's and win the future ...

1. Canada accepted DBHD as key note contribution

No. 1 to NWMDER Conference - Thank you ...

2. Canada (NWMO) has send container measurement data and decay heat data in March 2019

3. we are actually working on DBHD 1.4 Canada with given realistic the waste heat data now !

4. then we received the desired amount of DSCs we have to plan for : 7.821 DSC's in total !!!

Dear Mr. Volker Goebel:

On behalf of the NWMDER 2019 Program Committee, I am pleased
to inform you that the following submission has been accepted
to appear at the conference:

DBHD - Deep Big Hole Disposal in rocksalt layer New
Brunswick
 

Looking forward to receiving your full paper.


Best Regards,

Dr. Paul Gierszewski / NWMO Canada
NWMDER 2019 Conference / Track Chair, 6.

Used Nuclear Fuel & High Level Waste Management

NWMO Canada is in heavy trouble - the safety case calculations showed that the horizontal repository system Generation 0.1 FAILED COMPLETELY !!!

and that is why NWMO accepted DBHD and send container measurement and decay heat data - Ing. Goebel helps and plans DBHD 1.4 Canada NOW

and then - suddenly good news from Canada - that goes toward a successful cooperation !

Dear Mr. Volker Goebel:

On behalf of the NWMDER 2019 Program Committee, I am pleased
to inform you that the following submission has been accepted
to appear at the conference:

DBHD - Deep Big Hole Disposal in rocksalt layer New
Brunswick
 

To upload your revised abstract and full paper, please visit the following site:

https://www.softconf.com/h/nwmder2019/


The full paper formatting instructions are available on the conference website, under Author Information:

https://www.cns-snc.ca/events/nwmder2019/

Looking forward to receiving your full paper.


Best Regards,

Paul Gierszewski
NWMDER 2019
Track Chair, 6. Used Nuclear Fuel & High Level Waste Management

Dear Mr. Paul Gierzewski,

Dear Prof. Dr. Akira Tokuhiro, Dear Dr. G. Herres, Dear Prof. Dr. Philipp,

Dear NWMO repository team Canada,

Thank you very much for accepting the DBHD proposal submission

That looks very much like a start for a cooperation NWMO & DBHD

First i inform Prof. Dr. Akira Tokuhiro - then i complete the paper ...

We are thinking about safe ship transport to New Brunswick sites.

Will you please send information about the Canadian spend fuel

container including height, width, length and weight - for sure we

also need details on how to attach it to a cable to make you the

plan for DBHD 1.4 Canada. - send data to : info@ing-goebel.de 

Please save some money to be able to "invite" me for a week ...

Am sure that Prof. Dr. Akira Tokuhiru and i will be able to bring

the required solutions into NWMO for that you succeed with the

most wicked storage problem we ever had to find a solution for.

Wish you a very good and successful day in beautiful Canada.

Best regards to you and best greetings to NWMO team from

Volker Goebel / Dipl.-Ing.

Nuclear Repository Planner ww

http://www.dbhd-hlw.de

http://www.ing-goebel.de

https://www.cns-snc.ca/events/nwmder2019/

And now - 04.03.2018 we received the measurement information for Canada : 

we do it now - we plan DBHD 1.4 Canada with DSC's for New Brunswick area !

for DBHD there is no complicated re-packing required - DBHD will store DSC's !

the only question is to get these DSC containers slowly out of the towns by truck

and ship them by boat to DBHD 1.4 nuclear repository in New Brunswick - each

time only 8 per month - verify that transport option please ! develop overpack

with bumpers - with the maximum size the Canadian street transport allows us ...

Buy a DBHD country license please - and hire the main developer into your team

Put some money on Volker Goebel account : IBAN CH16 0070 0110 0038 6441 5

Only a geology can do repository - Humans only do temporary entrance buildings

Best regards from Ing. Goebel / Nuclear Repository Planner ww

WooW - Looks like you have a first idea for your bumpers - you call it a top impact

liner - but for safe transport we will also need a tank metal hull - there might be one

guy with a bazooka (Panzerfaust-Waffe) during street transport out of the towns ...

Canada got a lot of spent fuel to bring down ... that is a lot of HLW containers !

as far as we know it is 78.120 tons - that is the amount we take seriously for the

DBHD 1.4 Canada plan - 10 tons net per container would mean app. 7.812 DSCs

Well - the means to build 24 DBHDs with 7.872 DSC's - that is an 80 years task !!

1. Canada accepted DBHD as key note contribution

No. 1 to NWMDER Conference - Thank you ...

2. Canada (NWMO) has send container measurement data and decay heat data in March 2019

3. we are actually working on DBHD 1.4 Canada with given realistic the waste heat data now !

4. then we received the desired amount of DSCs we have to plan for : 7.821 DSC's in total !!!

>>> looking only onto the height dimension we can say that there should be more DSCs in one DBHD possible - but both containers claim to load 10 tons net heavy metal - so what is the thermal decay heat power - that might be a limit ...

that will be soon an interesting work to make a DBHD 1.4 Canada plan

First we received missing container measurement data from NWMO (Paul)

2nd we received decay heat data for spend Candu fuel from NWMO (Dimitrie)

Dear Dimitrie - that is much better - for good reasons i re-write how i understand it :

1x white DSC with 3,55 x 2,12 x 2,41 Meters = 1,175 KW 

>>> The "storage pellets" for DBHD 1.4 Canada in New Brunswick and Nova Scotia - we develop a nuclear high level waste repository for Canada - geological disposal in deep rocksalt 

Also Mr. Frans Verspeek shows a certain and qualified interest on DBHD 1.4 International

Thanks in Advance

Best Regards

Frans Verspeek

Sr.-Inspecteur – Auditor 

Federaal Agentschap voor Nucleaire Controle (FANC)

Departement beveiliging en vervoer

Dienst invoer en vervoer

GSM nr : 0492 58.39.54

' : + 32 2 289.20.63

8 :  frans.verspeek@fanc.fgov.eb

There is inquiries from all over the world for DBHD 1.4 International nuclear repository already !!!

ALL 14.000 experts of the world have received the DBHD .pdf plan. Most of them said Thank you

and much nicer words - and there was no critic from all these 14.000 experts all over the world !

DBHD is going to be an industry standard for the next 300 years and there will be given many new

building permits to the companies that take the responsability on to solve the end of the nuclear

production line - the geological repository for spend fuel - build DBHD's and win the future ...

Ms. Dana Havlin Novakova Geologist, Analyst at State Office for Nuclear Safety

had some good questions concerning DBHD - asking for Prague, Czech Republic

>>> hello Holtec - this is to show you how simple and informative a

brochure for a nuclear waste container looks like in Germany - with

much relevant measurement for the repository planner in - example

And this is what the German people call a good HLW metal container 

for spent fuel HLW and (Glas Kokillen aus der Wiederaufarbeitung)

Castor - made in Germany - 2,2 Mio. EUR each - perfect for DBHD 1.4

Sehr geehrte Frau Dr. Merkel,

bitte geben Sie Ing. Goebel einen neuen Termin. - Wir sind soweit ...

Gravity is caused by a constant ongoing

„interaction of pressure + temperature“

Definition of Gravity Dipl.-Ing. V. Goebel

Die Schwerkraft entsteht aus einer ständigen

„Wechselwirkung von Druck und Temperatur“

Definition der Schwerkraft von Ing. V. Goebel

Beginn der Vor-Recherche bezüglich Lagerung von Waffen-Plutonium in den USA

Start of the pre-research concerning the storage of weapon plutonium in the US

there has been questions if DBHD can store weapon plutonium - but i can not answer this question yet !

In general the storage of plutonium is a question of kilogramms, only undercritical in amounts possible

It is also a question of storage containers and mountain pressure. - but i can not answer this question !

In general DBHD is good for nuclear waste that "contains app. 300 kg Plutonium per 10.500 kg net" but

in "equally distributed in the spend fuel rods" That stays undercritical in DBHD - BUT pure plutonium is

totally different - the critical mass is very little and the mountain pressure together with earthquake ?

DBHD is good for spend fuel - BUT for pure Plutonium storage you better choose a deeper DBD storage

DBHD = Deep Big Hole Disposal (-2.100 m) >>>> DBD = Deep Borhole Disposal (-5.000 Meters & deeper)

Ing. Goebel just started to look into that matter. It might take yrs to come up with a PU disposal plan

>>> und erneut blamiert sich das BFE Berlin wieder bis auf die Knochen !

Wer in 2019 - nach der Asse noch Endlagerung in den Köpfen von kaum überdecken Salz-Stöcken empfiehlt 

der hat in einem Bundesamt für Kerntechnische Entsorgungssicherheit so gar nichts verloren ! SKANDAL !!!

Wer auch klüftiges Festgestein für eine oberflächennahe Endlagerung empfiehlt hat auch die Kündigung ver-

dient - das kommt davon wenn man nie massstäblich zeichnet - dann gerät jedes Bild zur einer Farce ...

https://www.nordbayerischer-kurier.de/inhalt.endlager-fuer-atommuell-granit-auch-mit-rissen-als-lagerstaette-interessant.aa715582-656f-42b2-8b3a-c57ef5766621.html

Please have a look at the LinkedIN pages from Ing. Goebel

that is where you find the 14.550 experts in the contacts.

https://www.linkedin.com/in/dipl-ing-volker-goebel-architect-nuclear-repository-planner-ww/

There is inquiries from all over the world for DBHD 1.4 International nuclear repository already !!!

ALL 14.550 experts of the world have received the DBHD .pdf plan. Most of them said Thank you

and much nicer words - and there was no critic from all these 14.550 experts all over the world !

DBHD is going to be an industry standard for the next 300 years and there will be given many new

building permits to the companies that take the responsability on to solve the end of the nuclear

production line - the geological repository for spend fuel - build DBHD's and win the future ...

Was wir brauchen ist der "1 Mio. Jahre Langzeit-Nachweis - BERECHNUNG" und Simulation

von : Thermo-Dynamik, Geo-Mechanik, Geo-Chemie und Korrosion - in Comsol or Ansys

What it needs NOW is the 1 Mio. yrs proof CALCULATIONES - with parallel AGING-SIMULATION

Themes : Thermo-Dynamics - Geo-Mechanics - Geo-Chemics and Corrosion - Comsol or Ansys

There is inquiries from all over the world for DBHD 1.4 International nuclear repository already !!!

ALL 14.700 experts of the world have received the DBHD .pdf plan. Most of them said Thank you

and much nicer words - and there was no critic from all these 14.700 experts all over the world !

DBHD is going to be an industry standard for the next 300 years and there will be given many new

building permits to the companies that take the responsability on to solve the end of the nuclear

production line - the geological repository for spend fuel - build DBHD's and win the future ...

There is inquiries from all over the world for DBHD 1.4 International nuclear repository already !!!

ALL 14.700 experts of the world have received the DBHD .pdf plan. Most of them said Thank you

and much nicer words - and there was no critic from all these 14.700 experts all over the world !

DBHD is going to be an industry standard for the next 300 years and there will be given many new

building permits to the companies that take the responsability on to solve the end of the nuclear

production line - the geological repository for spend fuel - build DBHD's and win the future ...