(下边有中文翻译，请继续看到底。 谢谢。）
Pakistan’s confirmation of lithium in underground geothermal formation water is a potentially important breakthrough for the country’s critical-minerals sector. The discovery, made by OGDCL in Sindh, reportedly found lithium concentrations comparable to some commercially significant geothermal brines. However, discovery is only the beginning. The real question is whether Pakistan can convert this scientific achievement into technology, industry, employment, and long-term economic value.
Lithium is no longer merely an industrial mineral. It is a strategic material at the center of the global energy transition. Lithium-ion batteries power electric vehicles, mobile phones, laptops, drones and other electronics. Large-scale battery-storage systems use lithium-based technologies to store electricity from solar and wind power, helping stabilize electricity grids. Lithium compounds are also used in ceramics, glass, lubricants, specialty alloys, and other industrial applications.
For Pakistan, the economic opportunity could be significant. The country is already facing rising energy costs, heavy dependence on imported fuel and growing demand for electricity storage. A local lithium industry could eventually support domestic battery manufacturing, electric vehicles, solar-storage systems, and export-oriented industries. Pakistan’s own investment pitchbook estimates that domestic lithium-ion battery demand could rise sharply by 2030, while continued dependence on imported cells, packs, and materials could create a substantial import burden.
But Pakistan must avoid repeating the mistakes that have prevented it from fully benefiting from other natural resources. A mineral discovery does not automatically create prosperity. Poor governance, opaque licensing, weak regulation, environmental damage and the export of raw materials can turn resource wealth into another missed opportunity.
The first priority should therefore be scientific verification. Pakistan must conduct detailed geological mapping, drilling, resource estimation, and pilot-scale testing to determine the size, concentration, recovery rate and commercial viability of the lithium resource. The presence of lithium alone does not establish an economically recoverable deposit.
The second priority should be technology. Conventional evaporation-based extraction is not necessarily suitable for geothermal or oilfield brines. Direct Lithium Extraction (DLE), using processes such as adsorption, ion exchange, and selective separation, is increasingly being developed for complex brine resources. However, these technologies still face challenges related to scale, cost and the chemical composition of individual brines. Pakistan should therefore establish a pilot project before committing to large-scale commercial production.
China offers an especially valuable partner. Over the past decade, Chinese companies have built extensive expertise across the lithium value chain—from resource development and chemical processing to cathode materials, batteries, electric vehicles, and recycling. Pakistan should not limit cooperation to exporting lithium-bearing material to China. It should pursue joint ventures that bring Chinese technology, capital, training and manufacturing capacity to Pakistan.
The model could include partnerships among OGDCL, Pakistani universities, Chinese research institutions and experienced companies in lithium extraction and battery manufacturing. Pakistan already has a precedent for scientific cooperation: the China-Pakistan Joint Research Centre on Earth Sciences has previously partnered with Tianqi Lithium on research, training and the application of lithium resources.
A practical national roadmap should have five stages. First, establish an independent lithium task force involving geologists, engineers, economists, environmental experts and industry. Second, complete internationally credible resource assessment and environmental baseline studies. Third, develop a pilot DLE facility with Chinese and other international technology partners. Fourth, attract investment into lithium chemicals, battery components, energy storage and EV manufacturing—not merely mining. Finally, create a domestic battery-recycling industry to recover lithium and other valuable materials.
Pakistan should also adopt transparent licensing, competitive bidding, strict environmental standards, local community participation, and clear rules for revenue sharing. Provincial and local communities must see tangible benefits through jobs, infrastructure, skills development and social investment.
The lithium discovery is an opportunity, not a guarantee. Pakistan can either export another raw material and remain dependent on imported technology, or use this moment to build a new industrial ecosystem.
The correct national objective should be simple: discover lithium in Pakistan, process it in Pakistan, develop technology with international partners, manufacture batteries in Pakistan, and create value for the Pakistani people. With sound governance and intelligent cooperation—particularly with China—lithium could become more than a mineral. It could become a foundation for Pakistan’s transition from a resource exporter to a participant in the industries of the future.
巴基斯坦的锂资源机遇：从发现到产业崛起。
巴基斯坦在地下地热岩层水体中发现锂元素，对本国关键矿产行业而言可能是一项重要突破。据称，由信德省的OGDCL公司发现的锂含量与某些具有商业价值的地热卤水相当。然而，这一发现只是开始。真正的问题在于，巴基斯坦能否将这项科学成果转化为技术、产业、就业以及长期经济价值。
锂已不再仅仅是一种工业矿物，而是全球能源转型的核心战略材料。锂离子电池为电动汽车、手机、笔记本电脑、无人机及其他电子设备提供动力。大规模储能系统利用基于锂的技术储存太阳能和风能发电的电力，有助于稳定电网运行。此外，锂化合物还广泛应用于陶瓷、玻璃、润滑剂、特种合金及其他工业领域。
对巴基斯坦而言，这一经济机遇可能意义重大。该国目前正面临能源成本上升、对进口燃料的严重依赖以及电力储能需求不断增长等问题。当地锂产业有望最终支持国内电池制造、电动汽车、太阳能储能系统以及出口导向型产业的发展。巴基斯坦自身的投资推介书估计，到2030年，国内对锂离子电池的需求可能大幅上升，而持续依赖进口电池、电池组和材料则可能带来沉重的进口负担。
但巴基斯坦必须避免重蹈覆辙，以免无法充分受益于其他自然资源。发现矿产并不自动带来繁荣。治理不善、许可制度不透明、监管薄弱、环境破坏以及原材料出口，都可能使资源财富化为又一次错失的机遇。
因此，首要任务应是进行科学验证。巴基斯坦必须开展详细的地质测绘、钻探、资源估算和小规模试验，以确定锂资源的储量、浓度、回收率以及商业可行性。仅存在锂并不足以证明该矿床具有经济开采价值。
第二优先事项应是技术。传统的蒸发法提取不一定适用于地热或油田卤水。针对复杂的卤水资源，正日益开发直接锂提取（DLE）技术，该技术采用吸附、离子交换和选择性分离等工艺。然而，这些技术在规模、成本以及各卤水的化学成分方面仍面临挑战。因此，巴基斯坦应在投入大规模商业化生产前，先建立一个试点项目。
中国是一个尤为宝贵的合作伙伴。在过去十年中，中国企业已在锂产业链的各个环节积累了丰富的专业知识，涵盖资源开发、化学加工、正极材料、电池、电动汽车以及回收利用等领域。巴基斯坦不应仅将合作局限于向中国出口含锂材料，而应推动合资企业，引进中国的先进技术、资本、培训和制造能力。
该模式可能包括OGDCL、巴基斯坦高校、中国研究机构以及在锂资源提取和电池制造领域具有丰富经验的企业之间的合作。巴基斯坦在科学合作方面已有先例：中国-巴基斯坦地球科学联合研究中心此前曾与天奇锂业在锂资源的研究、培训及应用方面开展合作。
一项切实可行的国家路线图应包含五个阶段。首先，成立一个由地质学家、工程师、经济学家、环境专家和行业代表组成的独立锂资源工作组。其次，完成具有国际公信力的资源评估和环境基准研究。第三，与中国及其他国际技术合作伙伴共同建设试点锂电材料（DLE）设施。第四，吸引投资进入锂化学品、电池组件、储能系统及电动汽车制造领域，而不仅仅是采矿业。最后，建立国内电池回收产业，以回收锂及其他有价值的材料。
巴基斯坦还应采用透明的许可制度、竞争性招标、严格的环境标准、本地社区参与以及明确的收益分配规则。省和地方社区必须通过就业、基础设施、技能培训和社会投资获得切实利益。
锂的发现是一次机遇，而非保证。巴基斯坦可以选择出口另一种原材料，继续依赖进口技术，也可以借此机会打造一个全新的工业生态系统。
正确的国家目标应当简单明了：在巴基斯坦发现锂矿，在巴基斯坦进行加工，与国际合作伙伴共同开发技术，在巴基斯坦生产电池，并为巴基斯坦人民创造价值。通过健全的治理和智慧合作——特别是与中国合作——锂不仅可成为一种矿物，更可能成为巴基斯坦从资源出口国向未来产业参与者转型的基础。
(注意： 本文是用AI翻译的，或有误差。请以原版英文为准。谢谢。)
Reference Link:- https://thinktank.pk/2026/07/29/pakistans-lithium-opportunity-from-discovery-to-industrial-power/