The Asian Development Bank (ADB) approved a $75 million loan on 17 July 2026 to strengthen earthquake resilience at public schools across Armenia. The project will retrofit or reconstruct over 50 schools in seismic zones, benefiting an estimated 30,000 students and 2,000 teachers across the country's most vulnerable regions.
亚洲开发银行（ADB）于2026年7月17日批准了7500万美元贷款，用于加强亚美尼亚公立学校的抗震能力。该项目将对地震带上的50余所学校进行加固或重建，惠及全国最脆弱地区约3万名学生和2000名教师。
Armenia sits in one of the world's most active seismic zones, with the devastating 1988 Spitak earthquake (magnitude 6.8) still a living memory — it killed 25,000 people and destroyed entire towns. A 2023 ADB seismic risk assessment found that over 60% of Armenia's public schools fail to meet modern seismic safety standards, putting hundreds of thousands of children at risk.
亚美尼亚位于全球最活跃的地震带之一，1988年斯皮塔克6.8级地震仍历历在目——那次地震造成2.5万人死亡，多座城镇被夷为平地。亚行2023年地震风险评估发现，亚美尼亚超过60%的公立学校不达标现代抗震安全标准，数十万儿童面临风险。
The country's mountainous terrain and aging Soviet-era building stock compound the vulnerability. For a nation of approximately 2.8 million people with a GDP per capita of roughly $8,200, financing large-scale retrofitting is a significant fiscal challenge — making ADB's concessional loan terms critical.
该国多山地形和苏联时代的陈旧建筑进一步加剧了脆弱性。对于一个约280万人口、人均GDP约8200美元的国家而言，大规模抗震改造融资是重大财政挑战——这使得亚行的优惠贷款条件至关重要。
The project goes beyond structural reinforcement. Its three-pillar design includes:
该项目不仅限于结构加固，其三大支柱设计包括：
1. Structural retrofitting: Engineering upgrades to bring school buildings to current seismic codes, including foundation reinforcement, shear wall installation, and non-structural element securing (ceilings, lighting, heating systems).
1. 结构改造： 对校舍进行工程升级至现行抗震标准，包括基础加固、剪力墙安装和非结构构件（天花板、照明、供暖系统）固定。
2. Institutional capacity: Training for Armenian engineers, architects, and construction supervisors on modern seismic design and retrofitting techniques, creating a domestic skilled workforce for ongoing resilience efforts.
2. 机构能力建设： 对亚美尼亚工程师、建筑师和施工监理进行现代抗震设计与改造技术培训，为本国持续的抗灾韧性工作培养技术力量。
3. Emergency preparedness: Developing school-based disaster response plans, early warning system integration, and regular drill programs — shifting from reactive crisis response to proactive risk reduction.
3. 应急准备： 制定校园灾害应对方案、接入预警系统并定期开展演练——从被动危机应对转向主动风险降低。
Armenia's school retrofitting project is not an isolated case. Across Central Asia and the Caucasus — regions traversed by the Alpine-Himalayan seismic belt — the infrastructure investment gap for seismic resilience is estimated in the tens of billions of dollars. Countries including Kyrgyzstan, Tajikistan, Uzbekistan, Georgia, and Kazakhstan face similar challenges, with much of their Soviet-era public infrastructure (schools, hospitals, bridges) predating modern seismic codes.
亚美尼亚学校改造项目并非孤立案例。在整个中亚和高加索地区——阿尔卑斯-喜马拉雅地震带横贯的区域——抗震韧性基础设施的投资缺口估计达数百亿美元。吉尔吉斯斯坦、塔吉克斯坦、乌兹别克斯坦、格鲁吉亚和哈萨克斯坦等国面临类似挑战，其大部分苏联时代公共基础设施（学校、医院、桥梁）建于现代抗震规范出台之前。
For development finance institutions, this represents a growing pipeline. ADB's Armenia project follows similar initiatives by the World Bank in Uzbekistan and the European Investment Bank in Georgia. For international contractors and engineering firms specializing in seismic retrofitting, the Central Asian market offers multi-year, multi-project opportunities.
对于开发性金融机构而言，这代表着不断增长的项目管道。亚行亚美尼亚项目紧随世界银行在乌兹别克斯坦和欧洲投资银行在格鲁吉亚的类似倡议。对于专业从事抗震改造的国际承包商和工程公司，中亚市场提供了多年、多项目的持续性机会。
Three strategic takeaways emerge from ADB's Armenia project:
亚行亚美尼亚项目带来三点战略启示：
First, multilateral development banks are prioritizing climate and disaster resilience in their Central Asia portfolios — seismic retrofitting, flood control, and climate-adaptive infrastructure are becoming standard investment themes rather than niche programs.
第一，多边开发银行正在中亚投资组合中优先安排气候与灾害韧性——抗震改造、防洪和气候适应性基础设施正从专项计划变为标准投资主题。
Second, co-financing opportunities are expanding. ADB's project leaves room for bilateral co-financing and private sector participation in areas such as engineering design, construction management, and monitoring technology.
第二，联合融资机会正在扩大。亚行的项目为工程设计、施工管理和监测技术等领域的双边联合融资和私营部门参与留出了空间。
Third, technology transfer and capacity building components create entry points for firms offering specialized seismic engineering solutions, early warning systems, and construction technologies suited to retrofitting rather than new build.
第三，技术转让和能力建设部分为提供专业抗震工程方案、预警系统和适用于改造而非新建的建造技术的企业创造了切入点。
As ADB President Masato Kanda emphasized at the signing: "Investing in disaster-resilient infrastructure is not an expense — it is an investment in human capital protection and long-term fiscal sustainability."
正如亚行行长Masato Kanda在签约仪式上所强调的："投资于灾害韧性基础设施不是支出——而是对人力资本保护和长期财政可持续性的投资。"
*Sources: Asian Development Bank (17 July 2026), ADB Seismic Risk Assessment Armenia (2023)*
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