Some AMS specific stuff, and plant work

documents/requirements/index.rst

@@ -12,7 +12,8 @@ bases.
    :caption: Contents:
    :glob:
 
-   stakeholder/index
+   stakeholder/ams
    national/index
+   industry/*
    standards/index
-   *
+   

documents/requirements/industry/epri_alwr_urd.rst

@@ -0,0 +1,26 @@
+EPRI ALWR
+=========
+
+This page contains some high-level requirements sourced from the EPRI Advanced 
+Light Water Reactor Utility Requirements Document :cite:p:`mprAdvancedLightWater99a`
+
+.. req:: Passive ALWRs shall not require safety-related AC electric power other than
+    inverter supplied AC power for I&C.
+    :id: R_ALWR_1
+
+.. req:: 72-hours without manual operator action.
+    :id: R_ALWR_2
+    
+    For transients and accidents analyzed under the initiating event plus
+    single failure Licensing Design Basis assumptions (which include loss of all ac
+    power), no credit for manual operator action shall be necessary to meet core
+    protection regulatory limits for at least 72 hours following initial indication
+    of the need for action (i.e., approximately the time of the initiating event).
+
+.. req:: Only simple actions and assistance shall be necessary beyond 72 hours
+    :id: R_ALWR_3
+
+.. req:: Off-site dose limits shall be maintained for at least 72 hours without
+        the need for off-site assistance.
+    :id: R_ALWR_4
+

documents/requirements/stakeholder/ams.rst

@@ -0,0 +1,77 @@
+AMS Stakeholder Requirements
+============================
+
+The following requirements come from the Project Leaders at AMS.
+
+.. req:: Develop a new nuclear maritime industry.
+    :id: R_PROJ_1959
+
+.. req:: The first vessel shall have an electrical power output range of 750 kWe -- 16 MWe.
+    :id: R_AMS_1
+    :links: R_PROJ_1959
+    :basis: Appropriate for commercial demonstrator, per Axioms 
+    
+    :cite:p:`cahillDesignPhilosophyBrief2025` 
+
+.. req:: The electrical backbone shall operate at 6.6 kVAC at 60 Hz
+    :id: R_AMS_2
+    :links: R_PROJ_1959
+    :basis: Maximum commercial compatibility, per Axioms
+    
+    :cite:p:`cahillDesignPhilosophyBrief2025` 
+
+.. req:: The demonstrator vessel shall be in the water by the Summer of 2030.
+    :id: R_AMS_3
+    :links: R_PROJ_1959
+    :basis: Desire to move fast, per Axioms
+    
+    :cite:p:`cahillDesignPhilosophyBrief2025` 
+
+.. req:: The demonstrator vessel shall be flagged to US standards.
+    :id: R_AMS_4
+    :links: R_PROJ_1959
+    :basis: Per Axioms
+    
+    :cite:p:`cahillDesignPhilosophyBrief2025` 
+
+.. req:: The demonstrator vessel architecture shall be grounded in IMO Resolution A.491(XII) 
+    :id: R_AMS_5
+    :links: R_PROJ_1959
+    :basis: Per Axioms document 
+    
+    Document reference: :cite:p:`imoCodeSafetyNuclear1982`.
+
+    Source :cite:p:`cahillDesignPhilosophyBrief2025`.
+
+.. req:: The demonstrator vessel shall facilitate future augmentation of the power system
+        without massive amounts of construction.
+    :id: R_AMS_6
+    :links: R_PROJ_1959
+    :basis: Desire for drop-in nuclear-readiness, per Axioms 
+    
+    :cite:p:`cahillDesignPhilosophyBrief2025` 
+
+.. req:: The reactor system shall comply with Passive Plant safety requirements defined in EPRI ALWR URD
+    :id: R_AMS_7
+    :basis: This satisfies modern customer expectations of safety
+    :links: R_PROJ_1959, R_ALWR_1, R_ALWR_2, R_ALWR_3, R_ALWR_4
+    
+    The EPRI ALWR URD is :cite:p:`mprAdvancedLightWater99a` 
+
+.. req:: The vessel shall have a double bottom for the full length of the ship
+    :basis: USCG per 3.1.2.2 of CNSG status
+
+.. req:: The vessel shall have two compartment subdivision
+    :basis: USGC and AMS rules, per 3.1.2.2 and 3.1.2.3 of CNSG status
+
+
+
+.. needflow:: Engineering plan to develop a nuke on a ship
+    :alt: Engineering plan 
+    :root_id: R_PROJ_1959
+    :config: lefttoright
+    :show_link_names:
+    :border_color:
+        [status == 'open']:FF0000,
+        [status == 'in progress']:0000FF,
+        [status == 'closed']:00FF00