Jordan Silica for High-Tech Materials: From Resource to Market
By Jamal Hadidi, Managing Partner, Jamal Hadidi & Co.
Developing Jordan silica for high-tech markets requires an investment structure that connects mineral access, processing technology and customer acceptance. For investors, the legal task is to allocate the risks between the resource holder, technology provider, project company and buyer, and to link capital commitments to verified progress.
Legal framework for value-added silica investment
Jordan’s Investment Environment Law No. 21 of 2022 provides a relevant framework for technology-led processing projects. Article 3 identifies innovation and research and development among investment-policy priorities. Under Article 13, knowledge and technology transfer, export orientation and local added value are among the criteria considered for additional incentives. A proposed silica-processing facility should therefore assess its activity, location and contribution against the applicable regulations and approval requirements; a high-tech label or laboratory purity result does not itself establish entitlement to benefits.
The legal work should also connect the mineral-supply arrangements to the proposed industrial activity. Investors should map the applicable mineral rights, land access, environmental and plant approvals, and investment conditions before committing capital. Where a foreign partner supplies purification technology, the agreements should address intellectual property, know-how access, performance testing, data ownership and customer qualification. These arrangements help turn a promising resource into an investable processing project.
What the reported research establishes
Research on silica from Dabbet Hanout, near Ras En-Naqab in southern Jordan, provides a basis for further technical evaluation. A March 2025 Ministry update reported preliminary sample results reaching 99.97% silica purity. The Ministry’s February 2026 update reported completion of a second phase of upgrading work with North Carolina State University’s Minerals Research Laboratory. A later public summary shared by Laith Abu Affar attributes 99.99% SiO₂ purity after processing to the Laboratory’s May 2026 work. The full technical report should be reviewed to establish the test conditions, recovery and commercial implications. These reported results concern Dabbet Hanout samples; they do not establish the purity of every Jordanian silica deposit, untreated ore purity, or semiconductor-grade certification.
A purity percentage is one part of the assessment. Independent technical advisers and prospective customers should determine the required specifications, processing performance and commercial feasibility. The legal documents should distinguish reported sample results from contractual warranties about future production.
Define the intended product before contracting
Glass feedstock, high-purity quartz, silica fillers and silicon-production feedstock have different requirements. Investors should select a credible product pathway with specialist advisers before agreeing equipment specifications, supply commitments or sales warranties. Fine silica sand is not interchangeable with every form of quartz feedstock, and suitability for glass does not establish semiconductor-grade performance.
Allocate testing and technology risks in the agreements
A laboratory result on a selected sample does not establish a scalable operation. Testing and pilot work should therefore inform both the investment timetable and the contractual obligations:
Testing milestones: define the samples, independent verification, acceptance criteria and evidence required before each funding commitment.
Performance warranties: distinguish research targets from guaranteed plant performance, specifying test conditions, remedies and responsibility for unsuccessful trials.
Buyer acceptance: align product specifications, inspection, rejection rights and price adjustments with results the process can reliably deliver.
Research and technology rights: agree confidentiality, ownership and permitted use of test data, access to know-how and rights to improvements.
Exclusivity and exit: limit early exclusivity by duration and milestones, and address termination if qualification, approvals or financing do not progress.
Selecting technical partners for silica projects in Jordan
Potential partners for silica projects in Jordan should be selected according to the intended product, processing requirements and customer qualification criteria. Before exchanging confidential project information or providing samples, the parties should agree on confidentiality, permitted testing and use, and ownership of test results. Any exclusivity should be clearly defined before the project commits to a particular partner.
Develop the market and legal structure together
Customer qualification may require several rounds of testing. Shareholder arrangements should identify who controls that work, funds additional trials and approves changes in product strategy. Funding milestones should be coordinated with mineral rights, permits, technology procurement and prospective buyer acceptance.
A well-structured project allows investors to test the opportunity and commit capital in stages, with clear responsibilities and contractual remedies. This is where legal due diligence, project governance and commercial agreements support the transition from a promising resource to an investable business.
Discuss a Jordan silica investment. Jamal Hadidi & Co. advises international investors on corporate structuring, joint ventures and commercial agreements, alongside legal due diligence and regulatory coordination. Contact the firm or email jamal.hadidi@jhadidico.com to discuss your proposed project.
