Case Summary:      

We are pleased to share the success story of an NIW approval. The approval was granted to a chemist from Egypt whose work focuses on developing chemical processes for rare-earth element (REEs) recovery and the remediation of nuclear waste. At the time of filing, the client was working as a research scientist in the United States, actively developing novel extraction techniques for recovering REEs from industrial waste and designing frameworks for treating radioactive materials.

His work supports the United States’ transition toward cleaner energy by enabling safer nuclear energy use and more sustainable management of hazardous by-products.

Innovating Recovery Methods for Critical Materials

The client’s research aims to optimize the extraction of REEs—key components of modern electronics, clean energy systems, and defense technologies—from waste materials. He has developed solvent extraction protocols, synthesized novel adsorbents for actinide separation, and investigated advanced oxidation methods for decontaminating hazardous nuclear waste.

His innovations provide cost-effective, eco-friendly pathways for securing critical resources while reducing environmental risks posed by radioactive waste.

Research Impact and Professional Recognition

In support of the petition, we documented:

● at least 14 articles ranking in the top 20%—and several in the top 1%—most cited papers in chemistry for their respective years.
● 302 citations from researchers across at least 43 countries
● 22 completed peer reviews for leading journals in materials chemistry, nuclear science, and environmental engineering

His work has been cited by U.S. national laboratories, international regulatory agencies, and top academic institutions. Multiple independent experts affirmed the major significance of his contributions, particularly in advancing low-energy methods for REEs separation and minimizing radioactive contamination.

Here is a compelling excerpt from one of the recommendation letters that highlights the significance of the client’s contributions:

“[Client] has demonstrated how rare earth elements can be recovered from spent energy sources such as used batteries, and has also developed adsorbent materials aimed at removing radioactive waste from water. His work is helping to reduce environmental harms through advanced inorganic chemistry approaches.”

Well Positioned to Advance the Proposed Endeavor

NAILG demonstrated that the client’s educational background, research experience, and track record of innovation establish him as well-positioned to continue developing impactful solutions in inorganic chemistry. His proposed endeavor supports U.S. strategic interests in critical materials supply chains and environmental protection.

We emphasized that waiving the labor certification requirement would allow the client to sustain his REEs extraction and nuclear safety work, directly contributing to technological advancement and energy security.

Approval and Outcome

This NIW petition was approved after a thorough review, with no Request for Evidence issued. The petition clearly illustrated that the client’s proposed endeavor holds substantial merit and national importance and that he is uniquely qualified to carry it forward.

We are proud to have supported this distinguished chemist in securing his NIW approval. NAILG looks forward to his continued contributions to safeguarding public health and advancing sustainable resource recovery.