DBD 5227 GDF for small HLW amounts - for small NPP countries

DBD = Deep Borehole Disposal - One bore hole takes max. 5.227 kg HLW

DBD 5227 is not a huge GDF - but it is one - and you can drill many holes.

There has to be a massive overburden - storage is in the depth - preferably

in rocksalt layer or claystone - drillig granite is too hard and too expensive.

Its Rotary Drilling - one hole costs app. 8-10 Mio. EUR, depends on country

Here you find a short step by step instruction to build your DBD 5227 GDF.

Hello World - suffering from HLW in the biosphere of your neighbourhood,

GDF is by law since 2011 in EU - all EU countries have to build GDF GSF.

Above you see a picture of Rotary drilling casing tubes - and my girlfried.

The ELB in PTH GDF containers are stored in the 8 inch casing tube over

a maximum height of 1.250 m - divide that though the PTH length of 223

mm then you get the 5.227 Containers - that gave DBD 5227 GDF its name.

You store in the 8 " tube over 1.250 m - that area is in rocksalt or claystone.

Never try to use bigger casing tubes, because then the Drill Company says

No. - Rotary Drilling is very powerful but also limited.

5.227 GDF Containers is not much - but its 5.227 kg HLW you can store.

For smaller countries like the Netherlands it needs 49 DBD drills - but

even Germany could do that - but Germany would need 3.600 drills ...

In the technical drawing above x and y are real but we shortend the Z

axis - no drawing can show -2.250 m and 0,508 m in one plan - the

Rotary Drilling is the most slim building humans can do.

The driling company you hire has to follow this drilling-casing plan in Detail,

and they will not be amused to bring something down that is nuclear waste.

They have to use steel nets on a rope to do that - You as the GDF builder 

have to fill these nets and its you who have the handle the 99,3 % shielded

HLW GDF Containers ELB in PTH.

Casing pipe / tube number 4 stays in while the casing tubes 1, 2, 3 have to

be pulled out by the Rotary Drill Rig Operator Company. - Drillers need the

land to erect their drill tower and place all their equipment - they also need

E-Power and water - You have to measure the casing tubes to ensure that the

DBD 5227 is carried out as described in the drill plan above.

Same plan as seen above - but without the nice women face in - boring

If you use our DBD 5227 plan you have to buy a License in ing-goebel.shop

https://www.ing-goebel.shop/shop/DBD-=-Deep-Borehole-Disposal-by-Rotary-here-for-COVRA-Nederlande-Anfangs-Preis-DBD-5227-NL-01-HLW-GDF-Eindberging-p840891615

Actually the price is very high, but License price will come down with 

every DBD 5227 drilled and payed. - We invented it - not you - and it

makes a lot of work to our engineers to answer your question and to

come to your drilling sites and to assist you in getting an HLW DBD build.

Sandia Lab USA was the first experts who proposed DBD GDF for HLW in app 1970,

but by that time Rotary drilling was not powerful enough and the ELB in PTH was

not invented. - You can also ask Deep Isolation Inc. USA to plan and execute your

country DBD - they also use ELB in PTH from : Ing. Goebel Endlager AG Germany.

Its best to drill down straigt and to store only in good hostrock geology like

Rocksalt is best and Claystone is an alternative, but never as thick as the

Rocksalt domes and layers. - Stay in the hostrock geology with your storage

and do not drill deeper then -2.250 m because that leads to nothing.

In Rocksalt you leave the top of the 8 inch casing open - but before you

place GDF Contianers you do a few explosions at the bottom and fill in

concrete for that the GDF Containers stay in their 8 inch casing tube and

not flush down into further rocksalt geology - play it safe. - You need to

get a permit for GDF building and the permitting authority wants to see

that you have a good plan that ensure safe GDF.

For all GDF Geological Disposal Facilities we plan we do thermodynamic

calculations - because stones are a bad heat transmitter and usually there

is a heavy heat-traffic jam that reaches is peak decades later and define

the top temperature that is in contact with the geology. 

But DBD 5227 with ELB in PTH turns out to be very easy in terms of thermo-

dynamic matters - only plus 4 K means 4 °C by the nuclear decay heat.

You have to take in account that it gets 3 °C warmer every 100 m you drill

down into the crust of the earth.

So at 1.000 Meters you have to add 30°C to 4 K = 34 °C = max. Temp.

In - 2.250 Meters you have to add 67,5 °C to 4 K = 71, 5 °C max. Temp.

So if you get asked - its 4 °C more by decay heat and the hottest point

in a DBD 5227 HLW GDF is 71,5 °C - you need that for building permisson.

DBD is such cold GDF that you can store even fission products pure

without any glas matrix.

You can also store spend fuel burned once or twice, or three times

then its full of Pu and other 

You can also store weapon Pu of every grade in DBD 5227

Its this litte cute  1 kg net Inventory GDF Container ELB in PTH that

makes GDF technically possible for the first time in human history

- always undercritical in GDF - because no critical mass fits in

- allows to distribute the decay heat over a wide surface 

- allows you to Handle HLW because 99.3 % gamma ray shielded

- allows you to store in DBD because Diameter is only 135 mm

You can buy ELB and PTH in Germany ready to use,

but you can also try to produce ELB and PTH in your country

but you have to pay the License fee to Ing. Goebel Team DE

https://www.ing-goebel.shop/shop/1-kg-Inv-Endlager-Beh%C3%A4lter-Lizenzen-ewig-unterkritisch-Losgr%C3%B6sse-5-000-HLW-GDF-Containers-eternally-undercritical-Stand-ELB-03-DE-p601000558  - ELB 03 DE - the stainless steel container

https://www.ing-goebel.shop/shop/PTH-04-DE-Transport-und-Strahlen-Schutz-H%C3%BClle-f%C3%BCr-Endlager-Beh%C3%A4lter-Transport-and-radiation-protection-Casket-for-HLW-Disposal-Container-p603769832 - PTH 04 DE  - the lead hull

The most complex matter is filling such a litte GDF Container

You have to ask one of the 15 reprocessing plants worldwide.

And they will not be happy, because they have to buy water-

jet cutting table and 1 kg Plasma Oven from Kintek China ...

The reprocessing plants have to build a production line to

melt down in 1 kg portions for many countries. This first

invest might be the hardest part - solve it with money and

a coalition of small countries to get a first ELB filling pro-

duction line - carry the ELB in large amounts to them ...

But its your money and demand that makes them work - they

fill the ELB and put them into the PTH - then you can carry

and transport them safely to your DBD 5227 GDF site.

Most countries - all countries will have to do more then one DBD 5227 HLW GDF

to get rid of their nuclear waste - Please always keep a distance of 300 m bet-

ween the DBD drills for the the moving heat does not influence the DBD 5227

and not heat traffic jam can cause problems. 

This is how a Rotary Drill Rig workplace looks like - give them a gravel street to 

reach the drill rig - give them E-Power and Water - make sure they do not pollute

the land - and make sure that they and you build back completely for that the

land can be used for planting crops again after 1 year of building a DBD - some

good drillers might get it done in 4 to 6 month - but most will need a year ...