The article from the United Arab Emirates University in Al-Ain discusses the utilization of Titanium carbide (Ti3C2) MXenes and Metal-organic Frameworks (MOFs) in photocatalytic energy and environmental applications. MXenes, known for their structural and optical properties, and MOFs, valued for their surface/volume ratio and porosity, are identified as promising materials in catalysis, energy conversion, and storage. The article proposes the integration of MOFs with Ti3C2 MXenes to develop hybrid composites, enhancing their applicability in various areas. Specifically, the focus is on using these composites for the photocatalytic reduction of CO2 and hydrogen production from water splitting. The discussion in the paper includes an overview of MXenes and MOFs individually, followed by an examination of how their combination can lead to efficiency improvements. Various strategies such as engineering approaches, the creation of binary and ternary composites, and understanding efficiency enhancement mechanisms are explored. The potential for Ti3C2 MXenes/MOF composites in solar fuel production is highlighted, emphasizing the need for further research to fully unlock their capabilities in different applications. The overall sentiment of the article is positive, projecting Ti3C2 MXenes/MOF composites as potential photocatalysts with a wide range of applications. While acknowledging that more in-depth research is required, the authors advocate for the exploration of these hybrid composites in energy-related fields. The content encourages researchers to delve into the design, synthesis, and application of Ti3C2 MXenes/MOF composites to drive advancements in renewable energy technologies.