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IPTT_Qtech

Increased Efficiency and Stability of Solar Cells

New, stable hole-transport material features low-cost, green manufacturing

QE-2016-045

Researchers at the Qatar Environment and Energy Research Institutehave developed a highly efficient hole-transport material (HTM) for use in solar cells and other optoelectronic devices... [+]

 

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Cascaded Multilevel Inverter

Highly efficient and cost-effective technology is useful in applications needing DC-to-AC conversion 

Researchers at Qatar University (QU) and Texas A&M University at
Qatar (TAMUQ) have developed a power converter that transforms
direct current (DC) to alternating current...
[+]

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Novel Transistor Carries 1,000 Times More Current Than Traditional Transistors

Device offers optical or electrical control for greater versatility

 

Researchers at Texas A&M University–Kingsville and Qatar University have proposed a new transistor that has 1,000 times the current carrying capacity of existing transistors, potentially revolutionizing the power industry...[+]

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Super-Fast, Low-Cost, Scaled-Up 3D-Printed Aerogels

Instantaneous gelation reduces multiday process to a couple of hours

 

Researchers at the Virginia Commonwealth University in Qatar have demonstrated a dramatically faster process for manufacturing aerogels with previously unattainable geometries...[+]

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Soluble Organo-Silver Additives for Improved Performance of Lubricating Oils

New lubricant additive formulation provides superior protection from friction

and wear of machinery surfaces operating at high temperatures

 

Researchers at Northwestern University and Texas A&M-Qatar have
formulated an organo-silver additive...[+]


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Transparent Copper Nanowire Thin-Film Electrodes

Scalable, flexible technology meets market needs

 

Researchers at Qatar University have developed a low-cost and flexible
transparent electrode material...[+]



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Cloud-Based Industrial Automation

Reliable, cost-saving control across facilities for a range of processes

 

Developed at Qatar Computing Research Institute (QCRI), this cloud-based system can be used to monitor and control a wide range of industrial processes...[+]


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Improved Design for Multi-Effect Distillation

More efficient thermal conversion of seawater to drinking water

 

Developed at the Qatar Energy & Environment Research Institute, this new design for a multi-effect distillation (MED) evaporator promises to ... [+]


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Automated Acid Tracer/Biomarker Analysis

For sensitive, accurate, fast on-site testing of water/reservoir systems

 

Developed at the Qatar Environment and Energy Research Institute (QEERI), this patent-pending technology is an innovative method...[+]

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A Compact Electrocoalescer for Better Water-Oil Separation

This novel device enables inline and downhole operation

 

A research team led at Qatar University has developed a unique device for separating water from oil for a variety of applications...[+]

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Self-Powered, Environmental Air Quality Monitoring System

Providing high-efficiency indoor/outdoor air quality diagnostics

 

Researchers at Qatar University, Canadian University of Dubai, and the University of Brescia have developed ....[+]

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A Better Way to Microencapsulate Phase Change Materials

Fast, easy, scalable, room-temperature microencapsulation process

MICRO

Researchers at Qatar University, the College of North Atlantic–Qatar, and the University of Auckland have developed an innovative process to dramatically improve...[+]


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More Reliable Forward Osmosis for Water Treatment

A vacuum-assisted system for better performance & lower costs

Researchers at Qatar Foundation have developed a Vacuum- Assisted Forward Osmosis System (VAFOS) designed to enhance the performance ...[+]


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Flow Battery Based on Caustic Waste

Using industrial waste for energy generation, cost savings, and reduced emissions

 

Researchers at Qatar Environment & Energy Research Institute are developing a flow battery that treats caustic waste from oil and gas plants... [+]


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Smart Filter for Oil/Water Separation

Simple, low-cost, easy-to-clean filter membrane material efficiently separates oil from water for a variety of industrial applications

 

Developed at Qatar Environment and Energy Research Institute (QEERI), this super-wetting filter membrane material with a micro/nano-structured...[+]


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CO2 Mineralization and Reject Brine Management

Addressing the environmental concerns of CO2 emissions and brine discharge

 

Researchers at Qatar University have developed a proprietary method that may provide a solution to two major environmental concerns...[+]


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Improved Process for Ethylene Polymerization

New method significantly improves reaction efficiency and lowers costs

 

Ethylene is a critical monomer used in the manufacture of polymer plastics, fibers, and other organic chemicals used in ....[+]


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Low-Temperature Methane Steam Reformation

Nickel nanocatalyst-based process lowers temperature and water requirements, and improves hydrogen production

 

The key factor for process effectiveness in various gas-based petrochemical industries ....[+]


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TPAM: A Terpolymer Soil Subgrade Binder

Providing toughness superior to other polymers and cement for pavement integrity and performance

 

Researchers at Texas A&M Qatar have developed a terpolymer binding agent for subgrade (i.e. supporting soil)...[+]


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Soluble Organo-Silver Additives for Improved Performance of Lubricating Oils

New lubricant additive formulation provides superior protection from friction

and wear of machinery surfaces operating at high temperatures

 

Researchers at Northwestern University and Texas A&M-Qatar have
formulated an organo-silver additive...[+]


Download