Document Type : English paper for special issue on "climate change & insurance industry"

Authors

• Mohammad Ariamanesh ¹
• Mansoureh Farzaneh ²

¹ Associate Professor, Department of Geology, Payam Noor University, Tehran, Iran

² Organization for Studying and Compiling Books on Humanities and Islamic Sciences & Insurance Research Institute, Tehran, Iran

Abstract

Extended Abstract
Background and Objectives
Iran's water crisis represents a fundamental threat to national security, sustainable development, and social stability. The convergence of climatic changes, unsustainable consumption patterns, and institutional challenges has created an unprecedented water emergency, marked by severe groundwater overdraft and the deterioration of historical water management systems. This research addresses this crisis by developing a comprehensive insurance model specifically designed for Iran's unique hydrological, agricultural, and industrial conditions. The study has three primary objectives: first, to design innovative insurance mechanisms for protecting and revitalizing qanat systems as sustainable groundwater management solutions, directly linking financial protection to maintenance activities; second, to create incentive-based insurance products that promote efficient water consumption across industrial and household sectors through premium structures tied to verified conservation efforts; and third, to establish a robust framework for insuring critical water infrastructure - including treatment plants and dams - against climate-related damages and operational failures, thereby ensuring service continuity. The research particularly focuses on adapting international best practices in water insurance to Iran's specific institutional and environmental context, with special attention to the challenges of data scarcity, limited domestic insurance market capacity, and the critical need for effective public-private partnerships in implementing viable solutions.
Methodology
This study employed an advanced mixed-methods research approach, combining rigorous quantitative analysis with in-depth qualitative assessment through a carefully structured three-phase methodological framework. The initial phase involved a systematic global review of insurance schemes for water-related risks, examining programs from developed nations like Germany's flood insurance system to innovative index-based agricultural insurance in developing countries comparable to Iran, analyzing their structural designs and measurable impacts. The second phase conducted a detailed diagnostic of Iran's water risk landscape, incorporating climate scenario modeling based on WMO (2024) projections, infrastructure vulnerability assessments of key water assets, and comprehensive evaluation of the domestic insurance industry's technical and financial capabilities using Central Insurance of Iran (2022) data, supplemented by case studies of critically endangered qanat systems. The third phase synthesized these global and local findings to develop evidence-based policy recommendations and a detailed implementation roadmap for water insurance in Iran, validated through extensive expert interviews with over 20 stakeholders from insurance companies, water management authorities, agricultural sectors, and environmental organizations, ensuring practical feasibility and contextual appropriateness.
Findings
The research reveals several critical findings with significant policy implications for Iran's water security. First, specialized insurance mechanisms can effectively address multiple dimensions of Iran's water crisis through carefully tailored products: Parametric drought insurance for agriculture using satellite-based vegetation indices and rainfall data can provide timely compensation without costly damage assessment; infrastructure insurance for water treatment plants and transmission networks ensures rapid recovery from climate-related damages; and innovative "qanat conservation insurance" directly links premium discounts and coverage benefits to documented maintenance activities and sustainable operation practices. Second, the study identifies substantial market potential, with water-related insurance potentially expanding to cover 15-20% of Iran's insurance market compared to the current less than 2% coverage for natural disasters, representing significant growth opportunities for insurers while addressing critical national needs. Third, the research demonstrates that insurance products can create powerful economic incentives for water conservation when premium structures are directly linked to verified reductions in water consumption and investments in water-efficient technologies, as evidenced by international examples where industries reduced usage by 20-30% to secure better insurance terms. However, significant implementation barriers remain, including data limitations for accurate risk assessment, technical capacity constraints in insurance risk modeling, regulatory challenges requiring appropriate legal frameworks, and cultural barriers to insurance adoption necessitating comprehensive awareness campaigns.
Conclusion
The implementation of a specialized water insurance framework in Iran represents a crucial strategic advancement toward achieving water security and enhancing climate resilience. By providing financial protection for critical water infrastructure, creating economic incentives for sustainable water use through carefully designed premium structures, and supporting the preservation of traditional qanat systems through dedicated conservation insurance, the proposed model can significantly strengthen Iran's adaptive capacity in facing escalating water scarcity challenges. The research demonstrates that success requires strong governmental support through appropriate regulatory frameworks, strategic investment in data infrastructure development, and the establishment of effective public-private partnerships that leverage international expertise and reinsurance capacity. Specifically, we recommend establishing a "Qanat Conservation Insurance Program" with premium subsidies tied to maintenance activities; developing parametric agricultural insurance pilots in high-risk regions; and creating a "Conditional Government Guarantee Fund" to support market development while ensuring adherence to water conservation standards. The proposed model offers a practical and actionable pathway for integrating insurance mechanisms into Iran's national water management strategy, with immediate applications in agricultural, industrial, and municipal water sectors that can contribute substantially to long-term water sustainability, economic stability, and climate resilience. Future implementation should prioritize pilot projects in critically water-stressed regions, coupled with continuous monitoring and evaluation to refine approaches and demonstrate tangible benefits to stakeholders across sectors.

Keywords

• Water Insurance
• Climate Adaptation
• Qanat
• Risk

Main Subjects

• Risk assessment in insurance