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Qatar Foundation Annual Research Conference Proceedings Volume 2018 Issue 1
- Conference date: 19-20 Mar 2018
- Location: Qatar National Convention Center (QNCC), Doha, Qatar
- Volume number: 2018
- Published: 12 March 2018
101 - 142 of 142 results
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Screening of Qatari Microalgae and Cyanobacteria for Application in CO2 Utilization
CO2 fixation by phototrophic microalgae and cyanobacteria is seen as a possible global carbon emissions reducer, which could also be applied to produce useful products. In Qatar, the prospect of using microalgae is very promising: high solar irradiance, large areas of non-arable land, and large amounts of CO2 sources make it an ideal place for algae cultivation. Nonetheless, application of algae in the region is limited, prim Read More
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The state of the art prototype design and optimized process conditions for clathrate hydrate based desalination HyDesal process
Authors: Praveen Linga, Ponnivalavan Babu and Abhishek NambiarDesalination is one of the most promising technologies to mitigate an emerging water crisis. Thermal desalination and reverse osmosis are two of the most widely employed desalination technologies in the world. However, these technologies are energy intensive. In countries like Singapore which lack natural water and energy resources, it is imperative to develop innovative energy efficient technologies to strengthen the en Read More
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Effect of NaCl on clathrate hydrate based desalination HyDesal process with fixed bed approach
Authors: Praveen Linga, Ponnivalavan Babu and Abhishek NambiarAcute shortage of water has become one of the biggest problem facing many countries in the world. Safe and drinkable water is a basic necessity for survival. Hence, water resource management has become need of the hour. Since, seawater is the most abundant source of water available on the earth, desalination is one of the most promising technology to produce potable water. Desalination is the process of removal of salts Read More
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The Role of Tariffs in Reducing Residential Water Demand in Qatar
Authors: Hamish R Mackey, Huda Alkandari and Gordon MckayQatar is a hyper-arid country located in the Middle East suffering extreme water scarcity. More than 99% of municipal demand comes from seawater desalination while existing groundwater reserves are under severe pressure from over-abstraction. Despite these water resource limitations, per capita water demand is amongst the highest globally with recent Ministry of Development Planning and Statistics values Read More
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Selective Catalytic Valorisation of Carbon Dioxide Towards Building Block Molecules
The development of sustainable technologies for successful exploitation of C-1 feedstock such as carbon dioxide (CO2) is a thought-provoking challenge for effective utilisation of this abundant renewable resource. In an industrial prospective, new catalytic concept are vital to add value stream and to bring sustainability to this resource to mitigate the challenges associated with growing energy demands and increased re Read More
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Efficient Inhibition of SulfateReducing Bacteria in Inject Sea Water by “Green” Chitosan/ZnO nanocomposite
More LessOil producing companies utilize water injection as a common oil recovery method for decades, especially for offshore fields, where seawater is typically used as inject water. Due to the size and complexity of the injection system and the high salinity of the water (∼55,000 mg/L); several challenges are faced during this process including microbial growth, fouling and corrosion in the pipeline. Biofilms accelerate corrosion i Read More
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CO2 Utilization through Dry Reforming of Methane Process
Authors: Nimir Elbashir, Shaik Afzal, Debalina Sengupta and Mahmoud El-HalwagiDry Reforming of Methane (DRM) is one of the CO2 utilization processes in which CO2 reacts with methane to produce syngas (a mixture of CO and H2). The DRM process faces 3 major challenges. Firstly, the highly endothermic nature of DRM (ΔH°298 K = 247 kJ/mol) is much higher than that of the conventional Steam Methane Reforming (SMR) which produces a higher quality syngas (higher H2/CO ratio). Secondly, due to low O/ Read More
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Water Resources and Use in Qatar Prior to the Discovery of Oil
More LessQatar is known as one of the most arid countries in the world with all of the land characterised as dessert which in geographical terms is defined as territory with no surface water. Despite this unpromising situation people have lived on the Qatar peninsula for thousands of years carefully conserving, harvesting and using the scarce water resources. This paper will argue that a better understanding of the conservation and Read More
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Challenges and Solutions for Treated Sewage Effluent Reuse
The purpose of this work is to identify challenges associated with the treated sewage effluent (TSE) reuse in Qatar and the region. Ultimately this work aims to create a thorough knowledge base for policy makers and end users to maximise the reuse of TSE for non-potable applications. The role of TSE reuse as an alternative source of water supply is well acknowledged in Qatar. TSE generation has increased more than 3.5 ti Read More
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Energy Demand Estimation and Forecasting in Qatar
More LessThe economic theory provides a rationale for linking the energy demand to a number of variables that might affect it. Starting from that, the empirical analyses specify a number of alternative specifications of the energy demands (water, electricity and fuel). For instance, Zarnikau (2003) suggests three possible forms. First, a linear specification involving the levels of the variables, where the energy demand is a linear funct Read More
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Improving Vegetable Crop Production in Qatar: Strategies to determine optimum planting time minimise production risk and maximise water and nutrient use efficiency
Introduction The research developed strategies to be adopted in Qatar to enhance agricultural production and improve the food security situation of the country. The government of Qatar has instituted plans to boost its food security and, as part of the wider food security plan, the country needs improved agricultural technologies and in-country farming techniques to increase crop yields. This QNRF-funded food security pro Read More
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Dual Stage Pressure Retarded Osmosis: Potential and Applicability
More LessA dual stage PRO process has been proposed for power generation from a salinity gradient across a semi-permeable membrane. Both closed-loop and open-loop dual stage PRO system were evaluated using 2 M NaCl and Dead Sea as draw solutions, whereas the feed solution was either fresh water or seawater. The impact of feed salinity gradient resource and feed pressure on the net power generation and water flux were ev Read More
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Accessing dark states optically through excitationferrying states
Authors: Sabre Kais, Zixuan Hu and Gregory S. EngelThe efficiency of solar energy harvesting systems is largely determined by their ability to transfer excitations from the antenna to the energy trapping center before recombination. Dark state protection, achieved by coherent coupling between subunits in the antenna structure, can significantly reduce radiative recombination and enhance the efficiency of energy trapping. Because the dark states cannot be populate Read More
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Modeling Residential Adoption of Solar Energy in the Arabian Gulf Region
Authors: Antonio Sanfilippo, Nassma Mohandes and Marwa Al FakhriModeling the diffusion of residential solar photovoltaic (PV) systems in their social, political and economic context is crucial to help policymakers assess which policies may best support adoption. Current models of renewable energy adoption [1, 2, 3, 4] assume regulatory and incentive frameworks that do not apply to Gulf Cooperation Council (GCC) states, where energy tariffs are strongly subsidized, tax credits are not Read More
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Novel AGREOR Integration for Enhancing Gas Loading Saving Energy Maximizing Oil Production and CO2 Emissions Mitigation
Authors: Abdukarem Ibrahim Amhamed and Ahmed Mohamed Gamal AbotalebModeling the diffusion of residential solar photovoltaic (PV) systems in their social, political and economic context is crucial to help policymakers assess which policies may best support adoption. Current models of renewable energy adoption [1, 2, 3, 4] assume regulatory and incentive frameworks that do not apply to Gulf Cooperation Council (GCC) states, where energy tariffs are strongly subsidized, tax credits are not Read More
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Estimation of Groundwater Recharge in Arid Regions Using GIS: A Case Study from Qatar
Authors: Husam Musa Baalousha, Nicolas Barth, Fanilo H Ramasomanana and Said AhziAquifers are important sources of water in arid areas, where no surface water exist. Estimation of groundwater recharge from rainfall is a big challenge for hydrogeologists, due to the high uncertainty involved. It is even harder to estimate recharge in arid areas, due to high variability of meteorological parameters in space and time. Unlike recharge in humid and sub-humid areas, recharge in arid areas occurs indirectly a Read More
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Vertical zonation and functional diversity of fish assemblages revealed by ROV videos at oil platforms in The Gulf
About one third of the oil and gas extracted worldwide comes from offshore sources. There is currently thousands of large-scale oil and gas platforms spread across the seas and coastal oceans, from the North Sea to the seas of South Asia. Although their primary purpose is not related to enrichment of biodiversity, gas and oil platforms can act as large and complex artificial marine habitats for a wide range of marine or Read More
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Modeling a regional energy system in a smart city & low emissions perspective: Scenarios for energy transition in Qatar
Authors: Maxime Schenckery, Frederic Babonneau and Alain HaurieThis paper deals with the modeling of a regional energy system, based on the example of Qatar, over a time horizon of 35 years or more, taking into account the possible transition toward a smart city paradigm of the Doha region and the probable climate regime that could result from COP21 and the coming rounds of international climate negotiations. The impact on the energy system of a transition toward smart city could ta Read More
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Adaptive model of thermal comfort for office buildings in GCC
Authors: Madhavi Indraganti and Djamel BoussaaThe Gulf Cooperation Council (GCC) nations top the world in CO2 emissions/ capita. However, plummeting oil prices and increasing energy demands necessitate rethinking on thermal comfort delivery. This region has warm desert climate throughout. In GCC states, the adaptive comfort standard or the precursor field studies to develop one are non-existent. We carried out thermal comfort field studies in Qatar for thirteen months. Read More
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Power to the People: A New Trend in Regulation
By Robert HahnSee e.g., https://www.brookings.edu/wp-content/uploads/2017/05/es_20170531_hahnregulation.pdfPower to the People: A New Trend in Regulation Robert Hahn, Robert Metcalfe and Florian Rundhammer* * Mr. Hahn is Professor and Director of Economics at the Smith School, University of Oxford. Mr. Metcalfe is a Postdoctoral Research Scholar at the Becker Friedman Institute, University of Chicago. Mr. Rundhammer is a do Read More
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Restoration of saltdegraded marginal lands through cultivation of nutrient enriched quinoa in UAE: impact on growth yield traits and carbon isotope fractionation
More LessQuinoa is an important nutritive crop that can play a strategic role in the development of marginal and degraded lands. Our aim was to evaluate and select superior salt tolerant quinoa genotypes that are well adapted to the UAE climate. We evaluated the carbon isotope composition, seed yield and other agronomical attributes as indicative of the functional performance of quinoa. Field trial was conducted in the hyper dry a Read More
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Measurements of recycling steel slug at Qatar steel using lowlevel gammaray spectrometry and calculation of risk factors
More LessMeasurements of recycling steel slug at Qatar steel using low-level gamma-ray spectrometry and calculation of risk factors. M.S.Al-Kuwari 1, M. Hushari 2 and K E Hassan3 1Environmental and Municipal Studies Institute, Director 2Radiation and chemical protection department Ministry of environment, Doha-Qatar 3Transport Limited company TRL Correspondent author: Mohammad Hushari, P.O.Box7634 , Doha-Qatar. Tel Read More
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The Impact of External Shocks on Qatar's GasExport Earnings
By Syed BasherQatar is a high income country ($129,700 GDP per capita), where gas and oil accounts for 92% export earnings of the country. The International market for gas is recently going through a major transformation, with both demand and supply growing from numerous quarters. There is hardly any literature that provides sound empirical and quantitative analysis of such impacts on gas exporting countries. The paper contributes Read More
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Dynamic Impacts of Climate Changes and Environmental Sustainability on FoodWater Poverty in a Panel of Selected MENA Countries
More LessKnown to be one of the most arid regions in the world, the Middle East and North Africa (MENA) is particularly vulnerable to climate-induced impacts on water resources and food production. Despite this alarming situation, promoting adaptive governance strategies to deal with such increased hydrological risk remains a low priority for most of political leaderships in the region. It is increasingly clear that adaptation to Read More
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Emphasizing on the Significance of Safety for Overall Sustainable Development
By Waqas NawazKnown to be one of the most arid regions in the world, the Middle East and North Africa (MENA) is particularly vulnerable to climate-induced impacts on water resources and food production. Despite this alarming situation, promoting adaptive governance strategies to deal with such increased hydrological risk remains a low priority for most of political leaderships in the region. It is increasingly clear that adaptation to Read More
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Advanced MultiEffect Distillation Plant: Novel Design
More LessThe thermal desalination by Multi-Stage Flash (MSF) and Multi-Effect Distillation (MED) desalination plants are dominantly used in Qatar due to their maturity and reliability in dealing with the harsh seawater conditions of high (TDS, Seawater feed temperature, SDI, and HAB). Realizing the benefits and challenges of the thermal, there is a room of improvement to reduce energy consumption. Qatar Environment and Energy Read More
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Coatings for corrosion protection: What do we need and where are we
More LessCorrosion is the major cause of components, infra structures and equipment failure over the world, affecting seriously various critical sectors, including water and energy security. The direct cost of corrosion may reach 5% of the GDP in some countries, representing an important economic burden for companies and governments. Just to cite an example, operations and maintenance in offshore infrastructures may represent Read More
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Application of Hydrophobic Membranes for Hydrogen Sulfide Removal from Sour Water
Authors: Joel Minier-Matar, Dareen Dardor, Eman AlShamari, Arnold Janson and Samer AdhamBackground Hydrogen sulfide (H2S) is a highly toxic and corrosive gas generated as a byproduct in both upstream and downstream operations in the oil & gas industry. If H2S is present in water streams, its removal is generally required before water disposal or reuse. At gas processing facilities in Qatar's North Field, wastewater containing H2S, referred to as sour water, is generated during natural gas conditioning and p Read More
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Dead Sea Photovoltaic Plant Expansion With Hybrid Storage System
Authors: Ibrahim George Kiriakos, Wafa Qutaina and Zaher SaafinPalestinian energy sector has a big challenges which arises due to rapid increase in electrical demand, limited in traditional energy sources due to unstable conditions and high cost of fuel used to generate electricity. Recently, implementation of renewable energy resources such as photovoltaic systems (PVs) used as a solution to reduce the prices and utilities dependency on suppliers. There is significant potential for the use of t Read More
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Counting the Carbon: Assessing Qatar>s Carbon Dioxide Emissions
Authors: Mona Abdulla AL-Asmakh and Nadya Abdulmonim AL-AwainatiClimate change is the most pressing global environmental issue today, with a potentially devastating impact on human development. According to the Intergovernmental Panel on Climate Change (IPCC) reports, Qatar is ranked as the highest CO2 per capita emitter globally. Qatar is contributing to the reductions of anthropogenic carbon dioxide (CO2) by supplying the world with Liquid Natural Gas (LNG), yet Qatar is being negativ Read More
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Production of hazardous gas sensors using spinel ferrite nanoparticles
More LessThis work reports on sensitive and selective gas sensors based on copper ferrite (CuFe2O4) nanoparticles. The nanoparticles were produced different methods including: colloid microwave assisted hydrothermal method, and co-precipitation method. Those methods enable a precise control of nanoparticle size, The produced nanoparticles were annealed at different temperatures. Structural analysis were carried out Read More
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Effect of Trace 100 vppm H2S on the Corrosion Behaviour of Plain Carbon and Microalloyed Steels in a Predominant Sweet Environment in High Flow Regime
We investigate the effects of the presence of trace (100 vppm) H2S on the corrosion behaviour of plain carbon steel and its various micro-alloyed counterparts in a CO2 saturated (sweet) brine (0.5 M NaCl) environment, in a high flow regime (1000 RPM), at 80oC in a slightly acidic environment (pH 6.6). Potentiostatic current transients indicate that the presence of trace amount of trace H2S in a predominantly sweet regime, wh Read More
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Solar Power Integration with Desalination: A Systematic Assessment of the Potential Environmental Impacts
Authors: Sami G. Al-Ghamdi, Mohamed Alhaj and Ashraf S. HassanConventional seawater desalination processes like the multi-stage flash (MSF) and multi-effect distillation (MED) are environmentally unsustainable. They consume large amounts of fossil fuels which are a major cause of climate change. Further, desalination plants discharge highly concentrated brine which can cause eutrophication and damage the marine life. Qatar, being a country that faces freshwater scarcity, is highly depen Read More
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Towards Predictive Reactive Transport Modeling
Conventional seawater desalination processes like the multi-stage flash (MSF) and multi-effect distillation (MED) are environmentally unsustainable. They consume large amounts of fossil fuels which are a major cause of climate change. Further, desalination plants discharge highly concentrated brine which can cause eutrophication and damage the marine life. Qatar, being a country that faces freshwater scarcity, is highly depen Read More
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Transmission Grid Topology Control Using Critical Switching Flow Based Preventive Stabilizing Redispatch
Authors: Tian Lan, Wenzong Wang and Garng M. HuangTransmission grid topology control (TC) is an emerging technology proposed in recent years to improve power system performance by using e xisting transmission lines more efficiently. Incorporated into the optimal power flow (OPF) with different objective functions, TC can be used for various purposes, such as operational cost reduction and corrective actions. As a leader of employing TC in the power industry, the Penn Read More
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Fractal Folding to Develop Highly Expandable Multifunctional Lattice Structures
The properties of traditional materials are primarily determined by their atomic or molecular arrangements, which are typically difficult to modify due to constraints on sub-continuum forces in their material lattice and relatively closely packed microstructure. Engineered metamaterials, however, have been shown to allow properties that significantly expand and outperform those of the universe of existing materials. Latti Read More
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A Behavioral Approach to Food Waste Issue in Qatar
Introduction Food and Agricultural Organization (FAO) defines food security as stable access to sufficient, safe, and nutritious food. Food waste is a global and complex problem that affects each of three pillars of sustainable development: environment, economic, and social (FAO, 2013). Food loss is defined as the decrease in quantity or quality of food, whereas food waste is the removal from the food supply chain of food whic Read More
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Comparative Assessment of Conjugated Polymers for High Performance Plastic Electronics
More LessConjugated polymers (CPs) are emerging active materials for electronic and optoelectronic devices, such as organic solar cells, thin-film transistors, light-emitting diodes, as well as optical and amperometric sensors. There has been an intensive worldwide research effort on the development of stable, organic semiconductors as potential replacements for amorphous silicon, the benchmark large area, amorphous semiconductor. Read More
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Fouling assemblages on offshore oil platforms: diverse vertical reefs in the Arabian Gulf
Coral reefs are one of the most biologically diverse and complex marine ecosystems that are being degraded at rapid rates. This consistent steadily trend is especially critical in coastal areas that have experienced an impressive coastal development, as has been occurring in the Arabian Gulf. This Gulf harbours the coral reefs subjected to one of the most extreme environmental conditions worldwide, i.e. high salinities (often > Read More
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Analysis of steam reforming of methane integrated with solar central receiver system
Authors: Haider Ali, Furqan Tahir, Maimoon Atif and Ahmer AB BalochSteam reforming is used for the production of hydrogen or other useful products from hydrocarbon fuels such as natural gas. Reforming is the process in which steam at high temperature reacts with the fossil fuel to form Syngas (CO+H2). The steam methane reformer is widely used in industry for the production of hydrogen. It has the advantage that the energy released from the combustion of hydrogen is almost four Read More
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Profitability Analysis for a Distributed Grid Connected Photovoltaic System in Qatar
More LessQatar is emerging as one of the most dynamic and innovative economies in the Middle East over the last decades. The rapid expansion in the industrial sector, as the key economic driver, in addition to, the strong growth in construction sector, driven by large government investments, alongside the rapidly increasing population and rising living standards put continuously increasing pressures on domestic energy consum Read More
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Chitosanbased nanocomposite for the inhibition of sulfate reducing bacteria: Towards “green” biocides for microbial influenced corrosion
Authors: Abdul Rasheed Pathath, Khadeeja Abdul Jabbar and Dr Khaled MahmoudMicrobial Influenced Corrosion (MIC) is a process influenced by various microorganisms especially by sulfate reducing bacteria (SRB) which affects the kinetics of corrosion procedure under anaerobic conditions. About 20% of the annual corrosion damages of metals may be produced by microbial activities especially due to anaerobic corrosion influenced by SRB. MIC is the main contributor of corrosion problems and a lea Read More
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