DBHD 1.4.2 US - International Version / very efficent !

Buy your "country license" for DBHD . - Boardman too ...

New Edition with mid size concrete storage pellet - we learned during the Canada plan

better thermal conductivity - less concrete - moderate system price - more capacity

improving 4 system parameters with a pellet dimension correction - best DBHD ever ...

Bouygues SA Paris was the first company to ask for country licenses (for France & UK ! )

Volker Goebel "CH16 0070 0110 0038 6441 5" - every buy continues DBHD development 

still a lot of concrete for 70 EUR / m3 - we came from 4.542 m3 in German Version

down to 2.590 m3 in the International Version - now better thermal conductivity !!

DBHD 1.4.2 International is good for high Castor Containers and Holtec Hi-Star 100

https://www.ocregister.com/2019/03/30/how-much-nuclear-power-the-u-s-generates-might-surprise-you/

Kaum zu glauben aber wahr - Der amerikanische Staat - also der Steuerzahler zahlt täglich 2 Mio. USD

für die Interim Lagerung durch Firmen wie Holtec - weil noch kein HLW  Endlager in den USA existiert !

Die USA hat die notwendigen Geologien für DBHD und kann DBHD 1.4.2 Endlager bauen.

Believe it - its true - the US government agency DOE pays more then 2 Mio. USD per day to companies

like Holtec for interim storage because the US government did not manage to open a geol. repository !

The US got the required geologies for DBHD and can build DBHD 1.4.2 repositories.

there is big salt diapir you can reach from land near Baltimore Canyon

there you can start building DBHD 1.4.2 USA nuclear repositories USA

The best huuuuuge salt diapirs we have found north of the coast of

New Mexico to Mecican Gulf - that is where the US can build DBHD

nuclear repository for spent fuel. The US got more salt then needed.

to be continued with the main technical Drawing 024 .pdf 

to be continued with the calculation - expect better price

thermal calculation by Dr. Herres will also change a lot ...

We received rocksalt geology data from all the rocksalt basins in the world !!!

We sort that out by name, country, thickness now in a big rocksalt table

Please be sure that there is enough deep rocksalt and look on the bottom of

this page how the rocksalt table develops - we find geology for your country

NaCl - Natrium Chlorid - Salt - Table Salt - Rocksalt - Halit (it got many names)

give a big hand to Dr. Warren / Australia / the salt expert worldwide

Sehr geehrter Herr Haid,

Sehr geehrte Vattenfall Nuclear GmbH,

Danke für Ihr gerechtes Lob zur DBHD 1.4.2 International 

Endlager-Planung. - Sie sind gelernter Dipl.-Physiker und

beruflich auch mit hoch radioaktiven Reststoffen befasst.

Wir haben mit DBHD 1.4 das hintere Ende der nuklearen 

Produktionskette definiert. Jetzt hoffen wir, dass es mit

Endlager erneute Baugenehmigungen für KKW ww gibt.

Mit freundlichen Grüssen

Volker Goebel / Dipl.-Ing.

Nucl. Rep. Planner ww

folgendes lässt sich aus den Jahreszahlen der DE Transport-Beton Branche lernen :

die Deutsche Transportbeton-Industrie ist leistungsfähig (Platz 2 hinter Türkei)

warum die Türken 2x so viel Beton verbrauchen ist mir allerdings ein Rätsel ??

ein Kubikmeter Beton kostet im Mittel 70 EUR - DBHD Kalkulation ist also richtig

Wenn das DBHD 1.4 DE in 60 Jahren 6,8 Mio. Kubikmeter Beton verbraucht sind

das ca. 0,22 % der Gesamt-Beton Menge die in diesen Jahren verbaut wird. OK

Wenn das DBHD 1.4 DE in 60 Jahren 11,9 Mio Kubikmeter Beton verbraucht sind

das ca. 0,38 % der Gesamt-Beton Menge die in DE in diesen Jahren verbaut wird

trotzdem gilt es mit Beton sparsam zu sein - ein teurer und wichtiger Baustoff mit

einem dicken CO2 Fussabdruck in der Bilanz. - Viel Beton um die Castoren ist eine

Sicherheit auf die wir nicht verzichten wollen - allerdings leitet der Beton die aus

Nachzerfall entstehende Wärme schlecht durch - deshalb bitte nicht zu viel Beton.

The german mining technology develops well - see a few screenshots

they go down on -3.000 Meters by now for digging out gold - i wonder

how deep we go for geological storage of nuclear waste then ...

huge, massive, salt in Officer Basin in Central Australia

there you can store all the spent fuel of the world in a

remote an uninhabited area - in a perfect geology !!!!!

Australia can go into geological repository business with

DBHD 1.4.2 - that is a super world location for storage !!!

within the EU nuclear geological repository is by law since 2011

for every EU country with nuclear waste, especially " spent fuel "

>>> pay your bill

we also celebrate 20 years of : WIPP - Waste Isolation Plant

in rocksalt of Albuquerque / New Mexico / USA in these days

congratulations - that is Generation 0.3 only for LLW and MLW

you can also build HLW repositories with DBHD in New Mexico

https://eu.currentargus.com/story/news/special-reports/wipp/2019/03/28/first-its-kind-us-nuclear-waste-dump-marks-20-years/3301777002/

Und der Deutsche Entsorgungs-Fonds verzockt das Geld der EVU und Stromkunden !!!

Money Problems in Berlin - they loose the nuclear repository money due to negativ

interest rates - and bad investments - instead of starting nuclear repository building

https://www.handelsblatt.com/politik/deutschland/kaum-noch-rendite-wenn-sich-der-bund-verzockt-bei-staatlichen-fonds-herrscht-anlagenotstand/24154472.html?ticket=ST-2249837-oBkbdpaHkCaNW63ddBAw-ap5

With a certain pride we present the calculation for DBHD 1.4.2 International

the most efficient DBHD so far - for big containers with enriched spend fuel

(It is still related to amount of 27.500 tons net - the German/Swiss amount)

https://en.wikipedia.org/wiki/Small_modular_reactor

they do not burn spent fuel ... and they make harder to store spent fuel

Germany also got a problem with the geological data !

the EU law, and the German law, and the common sense

say - the geological data a repository decision is based on

has to be fully public ...

But

the geological data is owned in most cases by the energy

companies who payed for expensive core drilling during

the search for minerals and gas and oil and other ...

but for nuclear repository decisions the geological data has

to be completely public both the EU and DE law says ...

For years we are waiting now.

DBHD 1.4 Germany plan is based on public geological rock-

salt maps and the expertise of government geologists :-)

https://www.tagesspiegel.de/politik/endlagersuche-toepfer-wirft-bundesregierung-zoegerlichkeit-bei-der-endlagersuche-vor/24160762.html

>>> we had a message from Bouygues SA - 32 Av. Hoche - Paris
they asked for DBHD country licenses for France - and the UK !
https://lnkd.in/gz4gsWP and https://lnkd.in/gwdp_25 - Invoice Date : 29.03.2019

Bure is not safe at all - but usually the french do what they want

For the UK we have identified 2 sites with very good conditiones

All nuclear waste HLW has to go into deep rocksalt geologies

there is deep rocksalt geologies all over the world to find :

Lets have a closer look - we make a list for you with each

bigger rocksalt geology - by number, name and thinckness

the DBHD 1.4.2 International repository is based on the knowledge we gained while developing the Canadian nuclear repository (use link)

But even more important the " DBHD copyright owners group "