NTU artificial leaf advances green hydrogen production from seawater while tackling hydrazine contamination

The article is substantially supported by NTU’s official release and the Nature Communications study. The core claims—device design, sunlight-powered operation, 25 mA cm−2 photocurrent, three-day stability, 466 μmol cm−2 h−1 hydrogen generation, and hydrazine reduction to 0.5 ppb—are verified. However, several long-version statements add unsupported commercialization plans, partnerships, applications, lifecycle work, and broad economic predictions. The article also incorrectly says hydrazine was reduced to below 1 ppb rather than approximately 0.5 ppb, and it attributes the work to Mahmoud G. Ahmed as lead author without clearly noting equal contribution. The information is very recent.