Qatar University

Kamel Abdelmoniem Mohamed Eid

Aboubakr Moustafa Abdullah

Ahmed Abdelfattah Ahmed Mohamed Elzatahry

Ahmed Mohamed Shehata Soliman

Mohammad K Hassan

Mostafa Hussien Ramadan Sliem

Kenneth Ikechukwu Ozoemena

Belal Salah Mohammed Hussien

Leena Abdulrahman H B Al-sulaiti

Presented herein are X-ray sensors comprising graphitic carbon nitride materials (gCNs) and a processes for the manufacture of the gCNs and X-ray sensors.

Carbon nitride nanosensor for effective and ultrasensitive X-ray detection

In some aspects and embodiments, the present application provides a wide range of porous 1-D polymeric graphitic carbon-nitride materials that are atomically doped with binary metals in different morphologies. In some embodiments, the graphitic carbon-nitride materials can be prepared with high mass production from inexpensive and natural abundant precursors. In some embodiments, the materials were used successfully for the oxidation of CO to COunder ambient reaction temperature in addition to the reduction of COinto hydrocarbons. In some embodiments, the materials can be used for practical and large-scale gas conversion for household or industrial applications.

Porous one-dimensional polymeric graphitic carbon nitride-based nanosystems for catalytic conversion of carbon monoxide and carbon dioxide under ambient conditions

Provided herein are compounds, compositions, and methods for the treatment of wastewater. Provided herein are compounds, composites, compositions, and methods for purifying a medium such as wastewater, saline for desalination, and petroleum wastes.

Precise fabrication of activated-hydrophilic-hydrophobic MXenes-based multidimensional nanosystems for efficient and prompt water purification from petroleum wastes and desalination process under ambient conditions

Herein, provided are new classes of nitrogen enriched graphitic-like carbon-based materials porous nanosheets doped atomically with one or more metal atoms and/or non-metal traces, for example, binary Pt and Cu denoted as (Pt&#x2014;Cu-gCN-Ns), and methods of making and using the materials, for example, in capacitive seawater desalination under ambient reaction conditions and parameters.

Scalable nitrogen enriched carbon-based nanosystems for efficient and prompt capacitive seawater desalination under ambient conditions

Set forth herein is a Fischer-Tropsch catalytic system that allows for the efficient and selective conversion of syngas to useful hydrocarbons (nC-nC) as well as heavy alcohols (nC-nC) under ambient conditions. The instantly disclosed catalytic system is more practical and scalable than other known Fischer-Tropsch catalytic systems. Also set forth herein new catalysts which comprise supported metal-oxide-based catalysts. These catalysts are useful for the conversion of syngas into liquid hydrocarbon fuels under ambient reaction conditions. The instantly disclosed catalytic system can be made in a one-pot high mass production method, which is commercially practical and scalable. A variety of reaction products can be produced by making minor adjustments to the processes disclosed herein, e.g., by adjusting catalyst composition, reaction temperature and/or reaction pressure. The instantly disclosed process(es) produce Fischer-Tropsch products, heavy hydrocarbons (e.g., paraffin's, olefins, and their derivatives), and alcohols.

Controlled on-pot design of mixed copper/zinc oxides supported aluminum oxide as an efficient catalyst for conversion of syngas to heavy liquid hydrocarbons and alcohols under ambient conditions feasible for the Fischer-Tropsch synthesis

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Sharkia, Egypt

Kamel Abdelmoniem Mohamed Eid