I love Yellowcake

[English Channel Union]

Secret Clearance
Ministry of Atomic Research
Operation Protectorate

Addressed for;
Blind River Enrichment Facility
Candle Lake Enrichment Facility
Port Hope Enrichment Facility

Orders from the Commandant of the Atomic Alliance, authorized upon the authority of the General Secretary in the presence and opinion of the council has authorized the refinement of 90% U²³⁵ WGU through the U₆ refinement process totalling enough to sustain 21kt of TNT.

The Blind River Refinery will handle 30% of this order, Port Hope 30% and Candle lake will handle the remaining 40%. The process will be started immediately due to an existing stock of natural uranium at the facility, however more will be ordered from the Sask mines to handle the decrease in inventory for this order.

Blind River = 0%
Candle Lake = 0%
Port Hope = 0%

The Pickering Nuclear Station will refine 21kt of TNT capable Pu²³⁹ this will retain 3.5% of Pu240 placing it within WGP standards. Meanwhile, when Pickering undergoes refuelling due to the requirement of frequent refuels in plutonium refinement Darlington will pick up the slack.

Pickering = 0%

[English Channel Union]

Work will initiate at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

Blind River;
U₃O₈ > UF₆ = 20%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 0%
Candle Lake;
U₃O₈ > UF₆ = 15%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 0%
Port Hope;
U₃O₈ > UF₆ = 25%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 0%

The Pickering Nuclear Station will begin refining the specified amount of Pu²³⁹ by placing Natural Uranium into its reactor core and allowing the neutrons to interact, once a U²³⁵ atom is fissioned it will release 3 neutrons which can be absorbed by U²³⁸ to produce Pu²³⁹. Reactor rods will be changed frequently to extract the 3.5% WG Pu²³⁹.

Pickering;
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 15%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

Blind River;
U₃O₈ > UF₆ = 38%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 0%
Candle Lake;
U₃O₈ > UF₆ = 25%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 0%
Port Hope;
U₃O₈ > UF₆ = 34%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 0%

The Pickering Nuclear Station will begin refining the specified amount of Pu²³⁹ by placing Natural Uranium into its reactor core and allowing the neutrons to interact, once a U²³⁵ atom is fissioned it will release 3 neutrons which can be absorbed by U²³⁸ to produce Pu²³⁹. Reactor rods will be changed frequently to extract the 3.5% WG Pu²³⁹.

Pickering;
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 35%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will begin to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

Blind River;
U₃O₈ > UF₆ = 45%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 5%
Candle Lake;
U₃O₈ > UF₆ = 36%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 6%
Port Hope;
U₃O₈ > UF₆ = 44%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 4%

The Pickering Nuclear Station will begin refining the specified amount of Pu²³⁹ by placing Natural Uranium into its reactor core and allowing the neutrons to interact, once a U²³⁵ atom is fissioned it will release 3 neutrons which can be absorbed by U²³⁸ to produce Pu²³⁹. Reactor rods will be changed frequently to extract the 3.5% WG Pu²³⁹.

Pickering;
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 50%

---

With the completion of 15% of the U²³⁵ refinement completed, enough for a 1kt device to be shipped out to the Atomic Ministry for assembly. The device will be transported via Secure Vehicle to Toronto Pearson, loaded onto an Atomic Plane with shielding and sent to the Ministry.

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will begin to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

Blind River;
U₃O₈ > UF₆ = 55%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 10%
Candle Lake;
U₃O₈ > UF₆ = 43%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 8%
Port Hope;
U₃O₈ > UF₆ = 52%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 9%

The Pickering Nuclear Station will begin refining the specified amount of Pu²³⁹ by placing Natural Uranium into its reactor core and allowing the neutrons to interact, once a U²³⁵ atom is fissioned it will release 3 neutrons which can be absorbed by U²³⁸ to produce Pu²³⁹. Reactor rods will be changed frequently to extract the 3.5% WG Pu²³⁹.

Pickering;
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 68%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will begin to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

An additional order has been approved for preparation by the Atomic Alliance, 5kg of U²³⁵ will be enriched to 85%. Port Hope refinery will take this order.

Blind River;
U₃O₈ > UF₆ = 68%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 16%
Candle Lake;
U₃O₈ > UF₆ = 55%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 11%
Port Hope;
U₃O₈ > UF₆ = 67%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 14%
Order 2;
U₃O₈ > UF₆ = 1%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 0%

The Pickering Nuclear Station will begin refining the specified amount of Pu²³⁹ by placing Natural Uranium into its reactor core and allowing the neutrons to interact, once a U²³⁵ atom is fissioned it will release 3 neutrons which can be absorbed by U²³⁸ to produce Pu²³⁹. Reactor rods will be changed frequently to extract the 3.5% WG Pu²³⁹.

Pickering;
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 77%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will begin to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

An additional order has been approved for preparation by the Atomic Alliance, 5kg of U²³⁵ will be enriched to 85%. Port Hope refinery will take this order.

Blind River;
U₃O₈ > UF₆ = 79%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 36%
Candle Lake;
U₃O₈ > UF₆ = 65%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 24%
Port Hope;
U₃O₈ > UF₆ = 69%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 29%
Order 2;
U₃O₈ > UF₆ = 10%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 5%

The Pickering Nuclear Station will begin refining the specified amount of Pu²³⁹ by placing Natural Uranium into its reactor core and allowing the neutrons to interact, once a U²³⁵ atom is fissioned it will release 3 neutrons which can be absorbed by U²³⁸ to produce Pu²³⁹. Reactor rods will be changed frequently to extract the 3.5% WG Pu²³⁹.

Pickering;
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 90%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will begin to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

An additional order has been approved for preparation by the Atomic Alliance, 5kg of U²³⁵ will be enriched to 85%. Port Hope refinery will take this order.

Blind River;
U₃O₈ > UF₆ = 90%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 45%
Candle Lake;
U₃O₈ > UF₆ = 78%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 39%
Port Hope;
U₃O₈ > UF₆ = 84%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 40%
Order 2;
U₃O₈ > UF₆ = 20%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 10%

The Pickering Station has completed its assigned production of Pu²³⁹ and has returned to soley civil operations, however, two reactors remain ready to begin the Pu²³⁹ production process. The completed Pu²³⁹ will begin to be transferred to the research facility.

Pickering;
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 100%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will begin to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

An additional order has been approved for preparation by the Atomic Alliance, 5kg of U²³⁵ will be enriched to 85%. Port Hope refinery will take this order.

Blind River;
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 55%
Candle Lake;
U₃O₈ > UF₆ = 88%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 42%
Port Hope;
U₃O₈ > UF₆ = 96%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 50%
Order 2;
U₃O₈ > UF₆ = 30%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 15%

No current PU²³⁹ Production

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will begin to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, of the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

An Additional Order of 20kt has been placed, at low priority and will be manufactured at 75-76.6% at a slow rate to keep it cheap. Blind River will take this order. 2Kt will be diverted immediately, however.

Blind River;
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 70%
Order 2; An Additional Order of 20kt has been placed, at low priority and will be manufactured at 75-76.6% at a slow rate to keep it cheap. Blind River will take this order.
U₃O₈ > UF₆ = 4%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 2%
Candle Lake;
U₃O₈ > UF₆ = 95%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 60%
Port Hope;
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 65%
Order 2; An additional order has been approved for preparation by the Atomic Alliance, 5kg of U²³⁵ will be enriched to 85%. Port Hope refinery will take this order.
U₃O₈ > UF₆ = 45%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 30%

No current PU²³⁹ Production

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will continue to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, of the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

Blind River;
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 90%
Order 2; An Additional Order of 20kt has been placed, at low priority and will be manufactured at 75-76.6% at a slow rate to keep it cheap. Blind River will take this order.
U₃O₈ > UF₆ = 20%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 15%
Candle Lake;
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 85%
Port Hope;
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 90%
Order 2; An additional order has been approved for preparation by the Atomic Alliance, 5kg of U²³⁵ will be enriched to 85%. Port Hope refinery will take this order.
U₃O₈ > UF₆ = 65%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 50%
The completed U²³⁵ will be transported for use in its order.

40kt/TNT of Pu²³⁹have been ordered by the AWC - Approved by the IAUE

Pickering;
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 20%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will continue to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, of the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

Blind River;
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 100% / Completed
Order 2; An Additional Order of 20kt has been placed, at low priority and will be manufactured at 75-76.6% at a slow rate to keep it cheap. Blind River will take this order.
U₃O₈ > UF₆ = 25%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 20%
Candle Lake;
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 100% / Completed
Port Hope;
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 100% / Completed
Order 2; An additional order has been approved for preparation by the Atomic Alliance, 5kg of U²³⁵ will be enriched to 85%. Port Hope refinery will take this order.
U₃O₈ > UF₆ = 90%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 70%
The completed U²³⁵ will be transported for use in its order.

The 21kt/TNT of U235 has been completed and shipped to the testing facility, this order has been completed along with its previous plutonium order.

Pickering; 40kt/TNT of Pu²³⁹have been ordered by the AWC - Approved by the IAUE
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 30%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will continue to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, of the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

An Additional Order of 50kt/TNT of 85-90% U²³⁵ has been placed, Candle Lake and Port Hope will both complete 25kt Each.

Blind River;
Order 2; An Additional Order of 20kt has been placed, at low priority and will be manufactured at 75-76.6% at a slow rate to keep it cheap. Blind River will take this order.
U₃O₈ > UF₆ = 30%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 25%
Candle Lake;
Order 1; An Additional Order of 50kt/TNT of 85-90% U²³⁵ has been placed, Candle Lake and Port Hope will both complete 25kt Each.
U₃O₈ > UF₆ = 5%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 0%
Port Hope;
Order 1; An Additional Order of 50kt/TNT of 85-90% U²³⁵ has been placed, Candle Lake and Port Hope will both complete 25kt Each.
U₃O₈ > UF₆ = 5%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 0%
Order 2; An additional order has been approved for preparation by the Atomic Alliance, 5kg of U²³⁵ will be enriched to 85%. Port Hope refinery will take this order.
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 90%
The completed U²³⁵ will be transported for use in its order.

The 21kt/TNT of U235 has been completed and shipped to the testing facility, this order has been completed along with its previous plutonium order.

Pickering; 40kt/TNT of Pu²³⁹have been ordered by the AWC - Approved by the IAUE
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 30%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will continue to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, of the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

Blind River;
Order 2; An Additional Order of 20kt has been placed, at low priority and will be manufactured at 75-76.6% at a slow rate to keep it cheap. Blind River will take this order.
U₃O₈ > UF₆ = 35%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 30%
Candle Lake;
Order 1; An Additional Order of 50kt/TNT of 85-90% U²³⁵ has been placed, Candle Lake and Port Hope will both complete 25kt Each.
U₃O₈ > UF₆ = 20%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 5%
Port Hope;
Order 1; An Additional Order of 50kt/TNT of 85-90% U²³⁵ has been placed, Candle Lake and Port Hope will both complete 25kt Each.
U₃O₈ > UF₆ = 20%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 5%
Order 2; An additional order has been approved for preparation by the Atomic Alliance, 5kg of U²³⁵ will be enriched to 85%. Port Hope refinery will take this order.
U₃O₈ > UF₆ = 100% / Completed
UF₆ > Gas Extraction Process > 90% U²³⁵ = 100% / Completed
The completed U²³⁵ will be transported for use in its order.

The 21kt/TNT of U235 has been completed and shipped to the testing facility, this order has been completed along with its previous plutonium order.

Pickering; 40kt/TNT of Pu²³⁹have been ordered by the AWC - Approved by the IAUE
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 50%

[English Channel Union]

Work will continue at all three plants, first they will take the U₃O₈ "Yellowcake" and dissolve it into Nitric Acid, this would result in a Uranyl Nitrate UO₂(NO₃)₂. This step is followed by extracting pure uranyl nitrate by solvent extraction with a treatment of ammonia to produce Ammonium Diuranate (NH₄)₂U₂O₇, followed by a reduction by hydrogen, producing UO₂, this is converted with Hydrofluoric Acid to make Uranium Tetrafluoride UF₄. Finally, through an Oxidation process, they will produce the UF₆ Uranium Hexafluoride which will be used in the Enrichment Process to obtain U²³⁵.

The plant will continue to cycle the completed UF₆ through the Gas Centrifuge, and the UF₆ will be placed into a cylinder amongst others that will rotate with a heat applied to the cylinder. Through the centrifugal force the heavier gas molecules containing U²³⁸ will move toward the outside of the cylinder while the lighter gasses enriched with U²³⁵ will collect closer to the center, of the addition of Heat will also cause some of the Heavier gasses to sink while the Lighter U²³⁵ will rise to the top allowing for easier extraction, once completed teams will extract the U²³⁵ from the center while the waste U²³⁸ is sent for processing to be used in Nuclear Facilities to create Pu²³⁹.

Blind River;
Order 2; An Additional Order of 20kt has been placed, at low priority and will be manufactured at 75-76.6% at a slow rate to keep it cheap. Blind River will take this order.
U₃O₈ > UF₆ = 50%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 45%
Candle Lake;
Order 1; An Additional Order of 50kt/TNT of 85-90% U²³⁵ has been placed, Candle Lake and Port Hope will both complete 25kt Each.
U₃O₈ > UF₆ = 40%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 20%
Port Hope;
Order 1; An Additional Order of 50kt/TNT of 85-90% U²³⁵ has been placed, Candle Lake and Port Hope will both complete 25kt Each.
U₃O₈ > UF₆ = 40%
UF₆ > Gas Extraction Process > 90% U²³⁵ = 20%

Pickering; 40kt/TNT of Pu²³⁹have been ordered by the AWC - Approved by the IAUE
Fission Process U²³⁵ > U²³⁸ > Pu²³⁹ = 70%