⁦Infrastructure profile⁩⁦Active⁩

⁦Gotvand Dam⁩

⁦Commonly called Gotvand Dam⁩, ⁦the asset’s confirmed official name is Upper Gotvand Dam⁩ (سد گتوند بالا). ⁦Phase 1 entered service in 2012⁩–13 ⁦with 1⁩,000 ⁦MW of installed capacity⁩. ⁦Environmental considerations are material to asset assessment⁩, ⁦particularly salinization and related downstream effects⁩.

⁦Status⁩⁦Active⁩
⁦Verification⁩⁦Basic⁩
⁦Confidence⁩⁦High⁩
⁦Updated⁩19/07/2026
⁦Strategic Layer⁩

⁦Strategic and market-access role⁩

⁦Gotvand Dam is a high-relevance water and power asset in the Hormuz Graph because it sits on the Karun River system⁩, ⁦one of Khuzestan’s defining infrastructure and environmental corridors⁩. ⁦Its role connects hydropower generation⁩, ⁦river regulation⁩, ⁦agricultural water exposure⁩, ⁦urban and industrial water stress⁩, ⁦and environmental risk in a province central to oil⁩, ⁦gas⁩, ⁦steel⁩, ⁦and farming⁩. ⁦The asset is analytically important because water-management decisions around the Karun can influence downstream productivity⁩, ⁦public utilities⁩, ⁦ecological pressure⁩, ⁦and industrial resilience across southwest Iran⁩. ⁦Provides hydropower capacity within Iran’s electricity system⁩; ⁦the evidence pack does not specify its current grid connections or offtake arrangements⁩.

⁦OPERATING PROFILE⁩

⁦Operations⁩, ⁦capacity⁩ &⁦amp⁩; ⁦connectivity⁩

⁦Related use cases⁩

⁦Useful for hydropower context analysis⁩, ⁦water-risk assessment⁩, ⁦agricultural supply-chain screening⁩, ⁦environmental-risk review⁩, ⁦industrial site evaluation⁩, ⁦and public-project monitoring in Khuzestan⁩. ⁦Investors and analysts can use it to understand how river-basin management affects energy reliability⁩, ⁦farming conditions⁩, ⁦urban services⁩, ⁦and heavy industry⁩. ⁦Project-level assessment should verify current water quality issues⁩, ⁦reservoir management⁩, ⁦downstream impacts⁩, ⁦grid role⁩, ⁦and public-sector procurement pathways⁩.

⁦Capacity and service area⁩

⁦Capacity⁩: 1,000 ⁦MW installed hydropower capacity⁩ (4 × 250 ⁦MW turbines⁩), ⁦reported for 2012⁩. ⁦Reservoir capacity was reported as 4.5 billion m⁩³ ⁦in 2013⁩.

⁦Industries served⁩

⁦Power generation⁩; ⁦water management⁩.

⁦CONTROL⁩ &⁦amp⁩; ⁦DEVELOPMENT⁩

⁦Ownership⁩, ⁦operation⁩ &⁦amp⁩; ⁦expansion⁩

⁦Owner and operator⁩

⁦Owner⁩: ⁦Iran Water and Power Resources Development Co⁩. ⁦Operator⁩: ⁦Iran Water and Power Resources Development Co⁩.

⁦Opening or commissioning⁩

2013 (⁦Phase 1 inauguration⁩: 22 ⁦April 2013⁩; ⁦first generator commissioned 5 May 2012⁩)

⁦Expansion and development projects⁩

⁦A further 1⁩,000 ⁦MW second phase was projected in 2013⁩, ⁦with estimated completion by 2015⁩. ⁦Its current status is not confirmed in the evidence reviewed⁩.

⁦DECISION RISKS⁩

⁦Constraints⁩, ⁦risk⁩ &⁦amp⁩; ⁦compliance⁩

⁦Key risks and compliance considerations⁩

⁦Published environmental risk assessments identify reservoir and downstream salinization associated with dissolution of the Gachsaran formation/Anbal salt mine⁩, ⁦downstream erosion and sedimentation⁩, ⁦reservoir eutrophication⁩, ⁦and potential induced seismicity linked to reservoir loading⁩.

⁦Related context⁩

⁦Connected Intelligence⁩

⁦Relevant geography⁩, ⁦industry⁩, ⁦market and execution context for this profile⁩.

⁦Common questions⁩

⁦Frequently asked questions⁩

⁦Direct answers to the questions most likely to arise when reviewing this profile⁩.

⁦What is the official name of Gotvand Dam⁩?

⁦The confirmed official name is Upper Gotvand Dam⁩ (سد گتوند بالا), ⁦although it is commonly called Gotvand Dam⁩.

⁦What is the installed capacity of Upper Gotvand Dam⁩?

⁦The evidence reviewed reports 1⁩,000 ⁦MW of installed hydropower capacity⁩, ⁦comprising four 250 MW turbines⁩, ⁦as of 2012⁩.

⁦Who owns and operates Upper Gotvand Dam⁩?

⁦Iran Water and Power Resources Development Co⁩. ⁦is reported as both owner and operator⁩, ⁦based on 2023-source information⁩.

⁦What risks are associated with Upper Gotvand Dam⁩?

⁦Published environmental assessments identify salinization risks in the reservoir and downstream system⁩, ⁦erosion and sedimentation downstream⁩, ⁦reservoir eutrophication⁩, ⁦and potential induced seismicity associated with reservoir loading⁩.