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<p>Borates were highly structured and diversed semiconducting materials having the wide band gap typically employed in optical property and distinct crystal structure offered vital research value for extending the range of applications. The current era of advancement in technological field have made more important than rationally build and discovered the novel borates with superior performance required to satisfy the impending technological milestones because of diverse and intricate architectures. Here, the research progress on efficient transitional metal borates and borate-based composites in photocatalysis has summarized. Additionally, the photocatalytic performance of transition metal borates in energy and environmental applications including water splitting, dechlorination of chlorophenols, degradation of pollutants, dyes, sensors and transition metals doped bioactive borate glasses (BBG). Generally, transitional borate materials have structural complex to reach technological benchmark to overcome these transition metals employed in the borate system. The present article reviewed the future direction of transition metal borates in versatile applications like environmental, energy and biomedical fields.</p>

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Novel multifunctionalized transition metal borate materials in photo-electro catalysis, sensing and biobased applications

  • 期刊论文

  • 发表日期：

    2026年4月27日

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  • J. J. Umashankar,
  • J. Hemalatha,
  • C. Senthamil,
  • C. Sakthivel,
  • A. Nivetha,
  • I. Prabha

摘要

Borates were highly structured and diversed semiconducting materials having the wide band gap typically employed in optical property and distinct crystal structure offered vital research value for extending the range of applications. The current era of advancement in technological field have made more important than rationally build and discovered the novel borates with superior performance required to satisfy the impending technological milestones because of diverse and intricate architectures. Here, the research progress on efficient transitional metal borates and borate-based composites in photocatalysis has summarized. Additionally, the photocatalytic performance of transition metal borates in energy and environmental applications including water splitting, dechlorination of chlorophenols, degradation of pollutants, dyes, sensors and transition metals doped bioactive borate glasses (BBG). Generally, transitional borate materials have structural complex to reach technological benchmark to overcome these transition metals employed in the borate system. The present article reviewed the future direction of transition metal borates in versatile applications like environmental, energy and biomedical fields.