{"name": "Shuaibah 3 IWP", "slug": "shuaibah-3-iwp-af445c7a-125", "as_of": "2026-10-17T19:31:36.102690+00:00", "depth": "basic", "facts": {"name": {"value": "Shuaibah 3 IWP", "rights": "facts_only", "source": {"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}, "locator": "/html/head/main/div/section[1]/div[1]/div/div/div/div/div[1]/h3", "claim_id": "558e767f-76ab-4e70-bdbd-c8ab5d98b233", "modality": "reported", "confidence": 0.9, "valid_from": null, "attribution": "acwapower.com", "evidence_id": "25189124-b330-4c10-90ca-bcb74114035d", "valid_until": null, "assertion_id": "06b253f8-6019-4eae-9983-e93d1dab002a", "temporal_expression": "", "extraction_confidence": 0.9}, "scope": {"value": "Planned construction and conversion from MSF desalination to SWRO, with potable-water production capacity of 600,000 m3/day. The described process extracts seawater through an intake system using Seawater Supply Pumps (SSPs), then sends it through Dual Media Filters and Cartridge Filters to RO membranes. Planned power supply is Grid-SEC and captive solar PV (65 MWp).", "rights": "facts_only", "source": {"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}, "locator": "/html/head/main/div/section[2]/div/p[1]", "claim_id": "cfd2ef23-0816-4620-a0a8-7cc27abcf8a4", "modality": "planned", "confidence": 0.9, "valid_from": null, "attribution": "acwapower.com", "evidence_id": "18eb6362-cc49-4468-8c91-61b38497ead9", "valid_until": null, "assertion_id": "9126c598-a68e-4da4-bf05-f103b3bb95b7", "temporal_expression": "", "extraction_confidence": 0.9}, "sector": {"value": "Potable-water desalination using seawater reverse osmosis (SWRO).", "rights": "facts_only", "source": {"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}, "locator": "/html/head/main/div/section[2]/div/p[1]", "claim_id": "83268527-7b25-4551-bd80-a85724f39486", "modality": "reported", "confidence": 0.9, "valid_from": null, "attribution": "acwapower.com", "evidence_id": "18eb6362-cc49-4468-8c91-61b38497ead9", "valid_until": null, "assertion_id": "f2fab339-29fc-4e2d-aad4-2d90dd42dcd9", "temporal_expression": "", "extraction_confidence": 0.9}, "sponsor": {"value": "The project was awarded to an ACWA Power-led consortium. The narrative says ACWA Power held a 68% stake and WEHC (PIF) 32%; key facts lists ACWA share as 47.5%. The share figures conflict and are unresolved.", "rights": "facts_only", "source": {"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}, "locator": "/html/head/main/div/section[2]/div/p[2]", "claim_id": "2b5d114c-72ec-4b14-9bca-aa8ae9f72a63", "modality": "reported", "confidence": 0.9, "valid_from": null, "attribution": "acwapower.com", "evidence_id": "d8d60381-26ac-4260-8c9b-60d8791f796b", "valid_until": null, "assertion_id": "7b9db5c3-e2a7-4708-b693-a913c8cf970b", "temporal_expression": "", "extraction_confidence": 0.9}, "location": {"value": "Shuaibah, Kingdom of Saudi Arabia (KSA).", "rights": "facts_only", "source": {"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}, "locator": "/html/head/main/div/section[2]/div/p[1]", "claim_id": "8eec1f18-238b-419b-9fd5-412e7a14947f", "modality": "reported", "confidence": 0.9, "valid_from": null, "attribution": "acwapower.com", "evidence_id": "18eb6362-cc49-4468-8c91-61b38497ead9", "valid_until": null, "assertion_id": "dfd9f7c9-84cd-4c0c-9f84-08a3cc0ad6d8", "temporal_expression": "", "extraction_confidence": 0.9}, "investment": {"value": "The narrative reports project cost of 821 MUSD; the key facts section lists US$790 million. These project-cost figures conflict and the discrepancy is unresolved.", "rights": "facts_only", "source": {"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}, "locator": "/html/head/main/div/section[2]/div/p[2]", "claim_id": "0cd9fcd9-1c3b-4d08-8312-56b7c663187a", "modality": "unknown", "confidence": 0.9, "valid_from": null, "attribution": "acwapower.com", "evidence_id": "d8d60381-26ac-4260-8c9b-60d8791f796b", "valid_until": null, "assertion_id": "41ca619b-d80f-47c9-b05e-53991b25e178", "temporal_expression": "", "extraction_confidence": 0.9}, "next_milestone": {"value": "Commercial operation was planned by May 2025; the key facts section lists the commercial operations date as Q2 2025. The source does not confirm that operation was achieved.", "rights": "facts_only", "source": {"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}, "locator": "/html/head/main/div/section[2]/div/p[2]", "claim_id": "8a438a00-f317-4e90-b2a2-28482a4f077e", "modality": "planned", "confidence": 0.9, "valid_from": null, "attribution": "acwapower.com", "evidence_id": "d8d60381-26ac-4260-8c9b-60d8791f796b", "valid_until": null, "assertion_id": "a9cd0698-7766-4e7f-b5ae-c2d30755f1fa", "temporal_expression": "", "extraction_confidence": 0.9}, "financing_stage": {"value": "Financial closure achieved in October 2022.", "rights": "facts_only", "source": {"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}, "locator": "/html/head/main/div/section[2]/div/p[2]", "claim_id": "3539c299-dd54-42ab-a0ee-30580dd4d0dc", "modality": "actual", "confidence": 0.9, "valid_from": null, "attribution": "acwapower.com", "evidence_id": "d8d60381-26ac-4260-8c9b-60d8791f796b", "valid_until": null, "assertion_id": "91ec70f6-bcd9-4fa3-93b5-176b6458defd", "temporal_expression": "", "extraction_confidence": 0.9}}, "origin": "snapshot", "revision": 1, "timeline": [], "is_sample": false, "project_id": "14b82ee3-5ad9-4030-a669-e47bdfe88c97", "publication": {"local_only": false, "reviewed_at": "2026-10-17T19:33:00.419014+00:00", "indexability": "noindex", "buying_window": "unknown", "policy_version": "accepted-destination-v1", "template_version": "dossier-v1"}, "public_summary": "Shuaibah 3 IWP is a potable-water desalination project at Shuaibah, Saudi Arabia, described as a conversion from MSF desalination to SWRO with a capacity of 600,000 m3/day. Its described process includes seawater supply pumps, dual-media and cartridge filters, and RO membranes; planned power sources are Grid-SEC and 65 MWp of captive solar PV. Financial closure is reported as achieved in October 2022. Commercial operation was planned by May 2025, while the key facts list Q2 2025; the supplied page does not confirm operation. The page gives conflicting project-cost figures (821 MUSD and US$790 million) and conflicting ACWA share figures (68% in the narrative and 47.5% in key facts); neither discrepancy is resolved.", "schema_version": "1.0", "public_unknowns": ["The supplied source record was observed on 2026-10-17 and does not confirm whether commercial operation was achieved after the stated 2025 plans.", "Current procurement status, active supplier packages, and an open buying window are not established by the supplied evidence."], "evidence_observed_at": "2026-10-17T19:21:19.960730+00:00", "knowledge_reviewed_at": "2026-10-17T19:31:36.469814+00:00", "decisive_evidence_observed_at": "2026-10-17T19:21:19.960730+00:00", "export_metadata": {"publisher": "CapexCue", "project_title": "Shuaibah 3 IWP", "original_project_title": "Shuaibah 3 IWP", "canonical_url": "https://capexcue.com/projects/shuaibah-3-iwp-af445c7a-125/", "release": {"id": "5d021dbd-ede1-4199-a351-c0d91269a9bb", "number": 1, "published_at": "2026-10-17T19:33:35.159842+00:00"}, "release_reference": "release 1 (5d021dbd-ede1-4199-a351-c0d91269a9bb)", "current_dossier_url": "https://capexcue.com/projects/shuaibah-3-iwp-af445c7a-125/", "citation": "CapexCue \u2014 Shuaibah 3 IWP \u2014 dossier released 2026-10-17T19:33:35.159842+00:00, release 1 (5d021dbd-ede1-4199-a351-c0d91269a9bb) \u2014 https://capexcue.com/projects/shuaibah-3-iwp-af445c7a-125/.", "edition_note": "This file records the release identified above; visit the current dossier for later updates.", "presentation": {"version": "dossier-presentation-v7", "project_milestones": [], "project_category": {"basis": "independently_reviewed_metadata", "value": "water_environment", "support": {"end": 369, "start": 0, "sources": [{"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}], "modality": "planned", "predicate": "scope", "raw_value": "Planned construction and conversion from MSF desalination to SWRO, with potable-water production capacity of 600,000 m3/day. The described process extracts seawater through an intake system using Seawater Supply Pumps (SSPs), then sends it through Dual Media Filters and Cartridge Filters to RO membranes. Planned power supply is Grid-SEC and captive solar PV (65 MWp).", "statement": "Planned construction and conversion from MSF desalination to SWRO, with potable-water production capacity of 600,000 m3/day. The described process extracts seawater through an intake system using Seawater Supply Pumps (SSPs), then sends it through Dual Media Filters and Cartridge Filters to RO membranes. Planned power supply is Grid-SEC and captive solar PV (65 MWp).", "qualifications": {"attribution": "acwapower.com"}}, "label": "Water and environment", "icon": "water"}, "project_metadata": {"version": "released-metadata-v7", "category": {"basis": "independently_reviewed_metadata", "value": "water_environment", "support": {"end": 369, "start": 0, "sources": [{"url": "https://acwapower.com/en/what-we-do/projects/shuaibah-3-iwp/", "name": "acwapower.com", "origin": "live", "checksum": "fef8d505ce7c9fa3082f2ee4be9cb232ec805721df59acdda8595a29eb4c4b1d", "observed_at": "2026-10-17T19:21:19.960730+00:00", "revision_id": "3d9827a0-f42a-4cbd-99a1-115f659b3127", "published_at": null}], "modality": "planned", "predicate": "scope", "raw_value": "Planned construction and conversion from MSF desalination to SWRO, with potable-water production capacity of 600,000 m3/day. The described process extracts seawater through an intake system using Seawater Supply Pumps (SSPs), then sends it through Dual Media Filters and Cartridge Filters to RO membranes. Planned power supply is Grid-SEC and captive solar PV (65 MWp).", "statement": "Planned construction and conversion from MSF desalination to SWRO, with potable-water production capacity of 600,000 m3/day. The described process extracts seawater through an intake system using Seawater Supply Pumps (SSPs), then sends it through Dual Media Filters and Cartridge Filters to RO membranes. Planned power supply is Grid-SEC and captive solar PV (65 MWp).", "qualifications": {"attribution": "acwapower.com"}}}, "input_hash": "add0a201e3dc313abc306daabd320ffa9892c978dcbebdb8597ae9bb8a613450", "release_id": "5d021dbd-ede1-4199-a351-c0d91269a9bb", "type_codes": ["desalination", "solar_pv"], "field_states": {"type": {"state": "accepted", "reason": "The project facts describe desalination and a planned captive solar PV power-supply component (65 MWp). Grid-SEC is also named as a planned power supply, not as a separate asset type. These facts do not establish that either planned scope has been completed."}, "region": {"state": "accepted", "reason": "derived_from_accepted_countries"}, "country": {"state": "accepted", "reason": "The project location is stated as Shuaibah, Kingdom of Saudi Arabia; the supplied country reference maps Saudi Arabia to SA."}, "category": {"state": "accepted", "reason": "The principal asset is a potable-water desalination project, including a planned conversion from MSF to SWRO. The stated captive solar PV is a power-supply component and does not change the primary category."}}, "region_codes": ["middle_east_north_africa"], "release_hash": "38ef9c09f5bfb41bd59103b845d1671969696f2281f3282935a3e5b97305a61a", "assessment_id": "6380f1fe-1aac-48f9-b6ef-1b3c33ce554f", "country_codes": ["SA"], "assessment_hash": "1cfe11238087624fa442c5c8d8d9804bffb4fc9b7b8f83f1d86419d52fb286ee", "country_label": "Saudi Arabia", "region_label": "Middle East North Africa", "type_labels": ["Desalination", "Solar PV"]}, "date_note": "Project event times are distinct from source publication, observation and dossier release dates. An elapsed plan does not establish completion."}}}