UK GDF Containers for RWS

After being dull and placing GDF under sea for a while - RWM and RWS are going back

to a usual GDF plan under land - its probably all rocks and some salt on the UK coast.

that is all corridors of different size - the AVNS is not able to drill Hardrock - only sediments

that is usual 6 to 8 m shafts - not enough - SBR can drill sediment but not hardrock

looking onto your CAD plan that is all blasting, blasting is fast in hard rock 

But Gripper TBM, with double shield, is good in hard rock - Drill the ramp ?

With blasting you can make a steep ramp - but your ramp looks like TBM

drilled but give it more length please - A TBM is a heavy worm "on rails" ...

I can see that you want GDF - Area 1 for old missiles ? - but unsafe in GDF

We need detailed information on what exactly you intend to store for ever.

Area 2 looks like corridors for fission-product waste - UK also does repro-

cessing like France - you need 20 kg ELB 10 UK and for you we start thin-

king about a re-useable Lead-PTH 11 UK - if you drill : 45° - 66,5° -  90°

Pommies have manners and pride - And we here in Germany are Kingsmen too.

Hanse.

WooW - that is a 1.000 m depth promise ! - that is something GDF Planners like.

Send this 3D data set in .ifc file - and 3D original file - we offer to check and to

improve your plan - its not so massive changes - pay for a better proposal ...

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Bock for a month - book this article once - pay in advance - France has to pay millions - to stiff these ladies - you pay 7.508 EUR / M.

for CAD Service - but GDF container licenses are extra - As our client you get support - We are useful - AND - We do SAFETY for UK.

Germany is a neighbour - You are not EU yet - So it will be a nice business relationship with the island ... - Long live the oceans ...

I

I want to make proper 2D / 3DCAD Plan - therefore send a massive amount of money.

but your Revit will also do - 1.000 m,  -950,  -900,  -850 m - its a bit funny starting in

the farest field - but the come out is revolutionary. - Nuclear decay heat for a village.

And 24 h noise by cooling machines at the same time - use DBHD above ground install.

You are determined to SAFETY - even if the price is sweat and heat - Until now

its a field - but you are building a final heat exchanger - so give it steps - give

it a vertical Structure - realize geothermal heat use - and invest less in cooling,

because workers want 16 °C and your - 1.000 m mountain is 30°C warm by its

depth only. You need both - Geothermal heat use - getting heat out - AND - you

need massive cooling - you need 10 °C air and a - 5,6 °C water cooling system

like DBHD had one - You are on a good way with Ing. Goebel Team - we are the

experts in GDF mine planning - AND - we can provide GDF container licenses ...

Lets have a look on a long term relationship - I had an english engineer on a

sunny beach on Rarotonga. - We love Great Britain, England, Wales, Scotland,

Ireland, Cornwall, London, Glasgow, Dublin and we love indian food in the UK.

We love Brit Pop and Trafalgar Square - Balham - i have been working near

Elefant and Castle - i lived with architecture students - as a metal worker 

London war the alive Version of Paris - English is still a huge empire ...

Install me on Aitutaki - with Elons Satelite Dish - or on Clonhugh Lodge.

Me and my buddys, scientists, criticts, talents, nuclear engineers, we

work worldwide anyway. - Pay it - become a member of the GDF Team.

So much colors - for a big island that is made of rocks

OK you have age - therefore you have sediments too

You even have some Permian Salt areas in the north-west

Shall we go into super hard-rock, granite, plutonite ?

Or shall we even go into the crust of the warm earth ?

No huge river systems - no claystone and sediments.

Check Woodsmith mine geology and ask for a ride.

They go in with 2 SBRs and that means capacity.

They might be disappointed from their super fertilizer

Then RWM takes over - and stays within the salt layer.

But if they are happy with their Multi-Use Fertilizer.

Then its not your mine.

Give me hints - show me geologies you can describe

because you measured them - do not show my cute

villages - Geology is required - your 11,4 km2 could

fit to your small amounts, compared to DE, FR, USA.

Hey Sellafield - how is your emissions ? - we can store filter cakes in GDF

Do you manage already to trap IOD 129 fast travelling elements ? 

Ing.- Goebel wants to visit Sellafield soon - Lets see if thy can fill our cups - ELB 03 DE

and we want melted 1 kg spend fuel in them - and then we want you to measure ...

Its hard work to develop the ability to store away spend fuel Germany - and to store

away 4 % fission-products in large amounts. - CIGEO 2.1 is super wet in clay !? - your

UK Hardrock HLW GDF will be a little wet by nature - watercooled with heat exchanger 

We will calculate your decay heat - or better send a a file with decay heat information

as an measured and estimated table for a period of 100 years. 

Fill that ELB 03 DE cup in Sellafield - do Germany a favor !

it the ever undercritical 1 kg GDF container for spend fuel.

Cut a bundle with 3D waterjet cutter and make 1 kg units.

Melt them in a plasma oven and fill ELB 03 DE - Please -

You as UK - you need GDF containers for fission products.

As far as we think - you only reprocess once and that means

you need 1 kg GDF containers too - Even thicker then ELB 03

We need a detailed list of what you want to store and how

much heat 1 kg makes. - Your UK ELB and PTH will be tailored

to the waste character requirements. - ELB principe you know.

The ELB 03 DE in PTH 04 DE is a GDF Bundle for dry GDF in rocksalt

Its stainless steel and lead hull - works in a dry GDF for 1 Mio. years

the German hull is not re-useable.

UK can use this container type too to store spend fuel - and no

earthquake ever can make your GDF explode - there is always

a wall around 1 kg of HLW - drill into mine walls and store away.

That will be high corridors in the UK GDF to enalbe Epiroc drill tech in there ...

you need app. 8 meters wide and 14 meters high - We make UK a drill plan for

the complete nuclear site - Book CAAD service - we develop that in in 2D and

3D for you, and send you files you can read in. Do not see KBS-3 as a solution.

You can visit RWS sites - you can also visit NPP sites in France.

its up to you to deal with your doubt and see whats up there.

UK got these big CSD-V canisters too 

OK - they go up to 270° to 544 °C

France is limited to 70 °C by clay - and to 36.3 °C by humans

No doubt that hardrock, granite, plutonite can stand  544 °C

Not much doubt that fission-product can not explode

But - how is your worker radiation protection hull ?

Do you have a GDF Container with IAEA Test won ?

You inform that you have reported 2.820 Mg tons fission products

That is 7.050 CSD-V filled - woow - thats more of what La Hague

has filled yet 3.700 CSD-V - OK - Any radiation protection idea for

workers in GDF mine ? I guess not - You run a competition on GDF

containers - good on you - we put proposals in for UK NWS.

That is reported - in stock - but NPPs run further and you have

New Build in UK - there must be more HLW to find in Britain :

>>> Hello NWS - Ing. Goebel started to look onto your new GDF plans

So - what does a good HLW GDF container has to offer :

- has to be prooven ever undercritical as a unit - Extinction level 

- he must live long and stay tight long - very long - Earth live

- it a question of corrosion in most cases - affecting settlements

- the GDF container has to work under mountain-pressure

- the GDF container has to work in warm and in heat

- the GDF container is measured on the kg to kg balance

its always a question of price - its a radiation problem in

transport and siting of GDF Container in GDF Mine - there

is humans, workers, the amounts are huge - metal-battle

FOR VITRIFIED WASTE 30 YEARS OLD - POOR IN 20 kg HOT MELT - FILL 93 %

that is a full radiation shielded stainless steel GDF Container with 20 kg Inventory

to replace CSD-V in clayrock - but hardrock you can be much hotter in

With this ELB 08 FR in PTH 09 FR - we haven proven CIGEO 2.1 with 36,3 °C max

after 37 years - Your mine workers expect 16 °C as work temperature

EDF is about to see a kindney to pay that expensive containers - they

are so much crying that they asked in Kazachstan for salt rock geology.

This GDF container is recommended for country that received CSD-V

400 kg bottle from La Hague or from Sellafield. Melt it down and fill the

20 kg GDF Containers ELB 08 FR - The hull takes pressure and radiation,

and the pure mass distributes the heat from the first moment on well.

Passes the IAEA SSG-6 Test - Legal Transport and GDF container - 

casting stainles steel containers into concrete - don´t try - inner pressure by temperature

but casting containers with 5 mm styropor EPS hull in a 3 axis rotating way was never tried yet

FOR SPEND FUEL - YOU NEED 1 KG INVENTORY GDF CONTAINERS fill 93 %

They are prooven to eternal undercritical under pressure and heat

They come with a lead protection hull - only for dry GDF in salt

For every 1 kg of HLW - you also burry 34 kg of stainless and lead

Safe GDF containers are dimensions smaller then we first thought.

This ELB 03 DE is nice for Pu leftovers - fill in 1 kg 

ELB works in environments from 700 to 8.000 m

ELB fits in DBHD, DBD, ART-TEL - Super efficient less cost GDFs

Passes the IAEA SSG-6 Test - Legal Transport and GDF container - 

FOR SPEND FUEL - YOU NEED 1 KG INVENTORY GDF CONTAINERS fill 93 %

if there would be other safe GDF containers - but there is not.

2 weldings - good protection mass - heat resistant under pressure,

safe in earthquakes and ever undercritical - place-able in dense lines.

But we have heard rumors that you have wishes to cast HLW into concrete :

cast seamless - without any wire path

the heavy metal will stay in the middle

make a 1:5 casting test with a dummy

you can fill 3 ELB and cast them into 

concrete - PTH in concrete material

was not tested yet.

Ahh - that is where you look - that is a location by the seaside 

rar away from London clay - and we havent seen geology yet

but you already know that far and near Irland is the best GDF

location - that looks like a very political border decision 

Copeland - do the show interest on becoming a GDF site ?

Is there any geological reasons  ? or did you just pick the

poorest district by the sea ? - Not good manners you show.

Ing. Goebel is willing to do a specific plan if you can hand

over a hope geology file - with probe-drillings and so on ...

Let me travel there and have a look around.

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WooW - first country ever that offers

a to scale CAD plan of an area of interest

there is people alive on the state side

but its Jacobs Building-Planners Staff

able to show 1:6.000 - Great work

for GDF i have been in 1:20.000 already

Hello Jacobs - do you have GDF architect

with 15 years experiece ? I am consulting

engineer in that field of HLW GDF planning.

Hire me to England UK - i am a Kingsman

I am so expensive you´ll womit first ...

and we know GDF

lets balance Water with GDF 

from my first impression it is a heat source

that has to be cooled in that depth

we know those matters.

VWS is clever - they want to

keep the copyrights for a

solution in hardrock - OK

Lets give a village in the UK a nuclear

waste heat distance heat unit - with

a 2 circle heat exchanger in biosphere.

On the other hand we install water-

cooling piping system in the mine

itself - We can cool down areas -

geothermal heat is super slow ...

Building- Blasting in hardrock does not

take centuries - draw it - they need it

or give me data and i draw it for you.

If Ing. Goebel draws, we share the copy-

right 50 / 50 - Ing. Goebel is good in

sediments - but hardrock new to him.

Water is better then Jacobs and Goebel

together - Seth is a clever client - lets

plan, draw, calculate, - optimal approach.

We are orchester mode now

Drillers are getting deeper

GDF in hardrock is a question of the

blasting picture drill plan - and the

size of the corridors is determined

by the drill tech we use for storage-

holes - i recommend Explorac 235

Loud - air pressure drilling so compact

that it can work in a corridor h 14 m.

Never underestimate heat -. but we

have Dr. Herres - he gives us advice

the physicist rules the draft well ...

we are on architects engineers

physicist level now - UK & DE

lets work it out for NWS ...

we are GDF - do you work on the big NPP New Build Site UK ?

is there cases to decide ? I love some reactor types others

i see as a huge building site - ahh - that was 2 EPRs in Hinkley.

and you have some work at Sizewell C - what is EPR - it that

European Pressure Water Reactor Unit 1,2 GW - fast fissions.

Good luck - NPP is best client of GDF  - do you need GDF

start ? - We then lets finalize the plans - We even manage to

melt and store just out of the reactor fuel in the new GDF.

Lets call it : UK HLW GDF Mid-Copeland North England

Copeland GDF for high level waste and Plutonium bank.

Its a cooled heat exchanger that heats a village nuclear.