if we are doing something for mil.. its not mentioned. it should be classified is our (my understanding


/interpretation.
Hence, both sides are satisfied.. and we can proceed per our interpretations.
Would certainly like to believe this. But why so many contradictory reports? WHo is sowing this confusion?Sparsh wrote:How many bloody times does someone have to keep repeating this:
The GoI will decide which future DAE facilities including future FBRs are civilian and which ones are not.
Why is it so hard for people to understand such a simple thing?
I want to know if they can cut off our supplies and invoke "Law of Return" over our building something they didn't like. I'm not talking about an N-Test here, I'm just talking about our building reactors, facilities, etc that US Congress or a hostile future admin might try to pick a fight over.SaiK wrote:language here as i understood.. first of all, from the existing facilities, unkil wants a clear separation. second of all, if we build FBRs or any type of reactor for "civilian purpose", it has to be in the safeguards. thirdly, if I am reading the reports correct, any future FBR (no time mentioned) will be eventually in safeguards.
if we are doing something for mil.. its not mentioned. it should be classified is our (my understanding).. may be from unkil's point of view, not mentioned means, we should not build any type of military reactors since its not mentioned.
and they are happy since the inclusion of the word (any future breeders).
/interpretation.
Hence, both sides are satisfied.. and we can proceed per our interpretations.
Read his reply again and think about it for just a moment. The FBR program is entirely on the non-civilian side at the moment. In the future some parts of it, i.e. some FBRs, might be on the civilian side.MKN gets asked this epcifically in the media breif. Note that MKN says FBR 'at the moment' is not under int'l obligations.
The tip-toeing is entirely a figment of your ignorance. They have explicitly stated that in black and white. From the horse's mouth:Why don't MKN or AK state this in uncertain terms that FUTURE FBRs are at India's discretion in the separation plan. Why this tip-toeing around a clear-cut answer on this score?
To Stop Train Pull Chain. Penalty for Improper Use Rs. 500. Please look in b4 pulling da flush. Avoid drowning IAEA Inspector.
Are you referring to the Basu report along with Halfbright about Ratehalli?Manne wrote:People here would remember the report published by a wet-behind-the-ears bong PIO from Stanford under the guidance of David the NPA. If you recall the gist of that report, and read kgoan's post again, you will see what US is fast realising as slipping out of their hands.
Ok, India can recycle American spent fuel ...When AK had talked of India helping out US nuclear industry it was not taken very seriously - or, rather, was taken seriously without understanding what he was getting at.
Which specific reactors is India seeking from overseas? This is new information for me ... so apologize if I appear ignorant.Now, put that in perspective with the fact that India is looking at specific reactors from overseas. Now, piece that puzzle together.
9000 tonne approximately yes. Pls read: http://www.indiaresearch.org/Indo-USStrategicDeal.pdframdas wrote:What about the FMCT issue ? Are we bound to support the future FMCT as and when it comes up ?
It is important to focus on this issue.
Also, Arunji: How can we guess that 4000kg of WgPu already exists in our spent fuel ? Wont that require ~4000t Uranium that has undergone low burnup - i.e, if full burn-up would have led to around 5600t spent fuel, wont this mean that we have around 9000t of spent fuel ? Has our annual production of uranium not been around 250t ? For how long has it been at this rate ? Has there been a conscious effort to build up a stockpile of WgPu using unsafeguarded PHWR's even before 1998 ?
3. Indian PHWR reactors that are outside IAEA safeguard when operated for efficient power generation would have cumulatively required just 5,842 tonnes. India is estimated to have mined about 9,200 tonnes I of natural-uranium, indicating that about 55% II of the fuel and 8% of its reactor capacity was used in low fuel burn mode, generally associated with operating the reactors in mode optimized to generate weapon grade Plutonium. This corresponds to about 2,400Kg weapon grade Plutonium enough for 800 strategic nuclear weapon.
.... ... . .
I WEC Survey of Energy Resources 2001 - Uranium Resources : http://www.worldenergy.org/wec-geis/pub ... ranium.asp
II Assuming 650 tonne fuel is set aside for inventory and fuel fabrication WIP. Also factors in reduced plant load factor and fuel for weapon grade Pu stays in reactor only 15% of the normal time.
Sparsh - Evaluate the above in the context of FMCT and the time it will take for PFBR to be cooking in full steam. i.e: By the time the next FBR comes in, there will be no more hiding being a strategic program to have the "freedom" to declare reactors as non-civilian. That choice to declare new future FBR's as "Civilian" have a high probablity of being the case by default.Sparsh wrote:"iii) Future Reactors: India has decided to place under safeguards all future civilian
thermal power reactors and civilian breeder reactors, and the Government of India
retains the sole right to determine such reactors as civilian."
Oh BTW that was a once through cycyle assumption. There is still the very likely possiblity of recycyling. I.e. after reprocessing low burn fuel rods to recover WgPu the spent fuel rod is very low on redioactivity and can be easily re-constituted into fuel rod to burn and use the balance ~85% of fissile fuel to reach full 7500MWd/T burn level. This will only push up higher the Indian WgPu estimate.Arun_S wrote:9000 tonne approximately yes. Pls read: http://www.indiaresearch.org/Indo-USStrategicDeal.pdframdas wrote:What about the FMCT issue ? Are we bound to support the future FMCT as and when it comes up ?
It is important to focus on this issue.
Also, Arunji: How can we guess that 4000kg of WgPu already exists in our spent fuel ? Wont that require ~4000t Uranium that has undergone low burnup - i.e, if full burn-up would have led to around 5600t spent fuel, wont this mean that we have around 9000t of spent fuel ? Has our annual production of uranium not been around 250t ? For how long has it been at this rate ? Has there been a conscious effort to build up a stockpile of WgPu using unsafeguarded PHWR's even before 1998 ?3. Indian PHWR reactors that are outside IAEA safeguard when operated for efficient power generation would have cumulatively required just 5,842 tonnes. India is estimated to have mined about 9,200 tonnes I of natural-uranium, indicating that about 55% II of the fuel and 8% of its reactor capacity was used in low fuel burn mode, generally associated with operating the reactors in mode optimized to generate weapon grade Plutonium. This corresponds to about 2,400Kg weapon grade Plutonium enough for 800 strategic nuclear weapon.
.... ... . .
I WEC Survey of Energy Resources 2001 - Uranium Resources : http://www.worldenergy.org/wec-geis/pub ... ranium.asp
II Assuming 650 tonne fuel is set aside for inventory and fuel fabrication WIP. Also factors in reduced plant load factor and fuel for weapon grade Pu stays in reactor only 15% of the normal time.
I met brahama rishi of shakti recently it is confirmed that we have enough material for strategic weapons. So folks who love diwali you can chill.ShauryaT wrote:Arun: There was this one general, who said, we have enough Pu that bombs could come out of our ears! I was personally thrilled to get some validation for your analysis.
The issue isn't whether we have enough for now, it's whether we'll have enough for the future. If you put all current and future breeders under safeguards, then we won't.Arun_S wrote:I met brahama rishi of shakti recently it is confirmed that we have enough material for strategic weapons. So folks who love diwali you can chill.
ShauryaT wrote:Arun: There was this one general, who said, we have enough Pu that bombs could come out of our ears! I was personally thrilled to get some validation for your analysis.
Atoms for War?Sanjay M wrote:The issue isn't whether we have enough for now, it's whether we'll have enough for the future. If you put all current and future breeders under safeguards, then we won't..
India’s capacity to produce a huge nuclear arsenal is not affected by prospective U.S.-Indian civilian nuclear cooperation. A few facts underscore this conclusion clearly. India is widely acknowledged to possess reserves of 78,000 metric tons of uranium (MTU). The forthcoming Carnegie study concludes that the total inventory of natural uranium required to sustain all the reactors associated with the current power program (both those operational and those under construction) and the weapons program over the entire notional lifetime of these plants runs into some 14,640-14,790 MTU—or, in other words, requirements that are well within even the most conservative valuations of India’s reasonably assured uranium reserves. If the eight reactors that India has retained outside of safeguards were to allocate 1/4 of their cores for the production of weapons-grade materials—the most realistic possibility for the technical reasons discussed at length in the forthcoming report—the total amount of natural uranium required to run these facilities for the remaining duration of their notional lives would be somewhere between 19,965-29,124 MTU. If this total is added to the entire natural uranium fuel load required to run India’s two research reactors dedicated to the production of weapons-grade plutonium over their entire life cycle—some 938-1088 MTU—the total amount of natural uranium required by India’s dedicated weapons reactors and all its unsafeguarded PHWRs does not exceed 20,903-30,212 MTU over the remaining lifetime of these facilities. Operating India’s eight unsafeguarded PHWRs in this way would bequeath New Delhi with some 12,135-13,370 kilograms of weapons-grade plutonium, which is sufficient to produce between 2,023-2,228 nuclear weapons over and above those already existing in the Indian arsenal.
I do not understand your reaction. What makes you think that 1,250Kg WgPu/year for future weapons program is not enough? And what does that have to do with FBR? FBR will at best convert 220Kg/year RgPu to WgPu, whereas the Tarapur3 & 4 will generate 800Kg/yr.Sanjay M wrote:The issue isn't whether we have enough for now, it's whether we'll have enough for the future. If you put all current and future breeders under safeguards, then we won't.Arun_S wrote:I met brahama rishi of shakti recently it is confirmed that we have enough material for strategic weapons. So folks who love diwali you can chill.
The key test of this agreement is whether we'll be able to keep building more unsafeguarded breeders in the future.
The Hyde Act is rather clear in its statement that the first step is to stop any FM, then rollback.The issue isn't whether we have enough for now, it's whether we'll have enough for the future