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ID : tm3318514156


Intelligent Real-time integrated system for sustainability(IRISS)

Intelligent real time integrated system for sustainability(IRISS) is designed to transform the collecting data method to measure the impact towards the environment before, during and after the development. IRISS provides the data directly through the internet of things(IOT), cloud computing and web.

Kuala Kangsar Perak

ID : tm2964610617


Water-Ethylene Glycol Based Hybrid (TiO2 and ZnO) Nano-Coolant for Sustainable Green Machining

Hybrid nanocoolant is a renewable and biodegradable Water-Ethylene Glycol Based Hybrid (TiO2 and ZnO) Nano-Coolant for end milling machining process with MQL. The hybrid nanocoolant providing better performance than flooded and MQL cooling conditions. The drastic increase tool life and improve damage.

Kuantan Pahang

ID : tm2964710618


Wastewater to Battery Material

A technology is developed for metal extraction from ore processing industrial wastewater making complex with legands able to selectively precipitate metal complex. The new material showed excellent properties to be used as battery anode.

Kuantan Pahang

ID : tm2965610627


Trio-Effect Portable Wastewater Treatment System

The present invention introduces a novel design for a water treatment unit. This design has two features, i.e. it can be used in its portable scale for domestic and rural areas such as the villages with minimum power consumption. The unit can be operated using one solar cell and that will eliminate the need for general electrical power source. This portable unit is essential in times of flooding, chemical spillage disasters, remote areas with polluted wells and many applications. The other approach is using the design in industrial scale (air-stripping, oxidation and adsorption) in industrial water treatment units. Such technology is effective because it brings three completely water treatment techniques in one unit that works effectively (time effective and efficiency effective) to remove chemical contaminants from water.

Kuantan Pahang

ID : tm2965910630


Towards Effective and Affordable Natural Repellent Against Mosquitoes

Our previous work was concerned with the aromatic plant basil (Ocimum basilicum). Several accessions (types) collected from different parts of the world showed immense chemical variability. Biological activities of the essential oil were also studied,most notable among which was mosquito repellency. An anti-mosquito preparation containing this essential oil at the level of 1per cent was formulated for use by rubbing on the human skin.

Kuantan Pahang

ID : tm2966210633


Three Induced Suction: An Eco-Friendly Solution for Slope Stabilization

To find an eco-friendly solution on slope, preserve of mature tree can reduce moisture content and thereby, reducing the risk of slope failure.

Kuantan Pahang

ID : tm2966410635


The potentials of Water-In-Diesel (W/D) Emulsions as a Future Fuel

With the increasing energy prices and the drives to reduce CO2 emissions, universities and industries are challenged to find new technologies in order to reduce energy consumption, to meet legal requirements on emissions, and for cost reduction and increased quality.

Kuantan Pahang

ID : tm2966510636


The Potential of Natural Waste for Production of Environmental Friendly Biopot-Mulching (Waste to Wealth)

Seeds are very important to establish plantation for agriculture. Polybags are normally used for seedlings but the polybags wastes harm us more. Other alternative for seedling is by using paper-pot but also has weakness. Mulching is also important in seedlings where unmulched surfaces may develop into a hard-pan,forming hard and impervious layer.

Kuantan Pahang

ID : tm2966610637


The Potential of Natural Waste For Production of Environmental Friendly Biodegradable Film (Waste to Wealth)

Plastic in the environment is regarded to be hazard, since the material is inert. Nondegradable plastics accumulate at the rate of 25 million tonnes per year. According to an estimate more than 100 million tonnes of plastic is produced every year all over the world. In an effort to protect the environment, biodegradable film has been developing from natural waste for packaging application.

Kuantan Pahang

ID : tm2967010641


Synthesis and Application of Natural Biomordant in Natural Dye: Green Technology

Biomordant from natural resources which provide alternative solution to the use of mordant that produce toxic waste. Mordants are chemicals that are necessary to chemically fix most natural dye production is chemical free, non polluted, recommended for a delicate and sensitive skin consumer.

Kuantan Pahang

ID : tm2967310644


Support Vector Machine Learning Method to Predict Recycling Strategy for Electronic Equipment

Nowadays, the quantity of E-waste keeps on increasing. It happened to the whole countries in the world including Malaysia. Awareness of re-cycling and re-usable is still very low. We need our government and private support to enhance public awareness with information thru media, software and electronics shops.

The environmental problem is an extensive, complex problem, and areas of study are areas of study are energy consumptions, material/resources use, recycling and environmentally relevant substance control. Support Vector Machine method (SVM) is used to determine recycling strategy with seven parameters. Three equipments were selected to be examined such as vacuum cleaner, washing machine and television. The prediction model predicts the end of life (EOL) strategies quite closely with real industry practices.

Kuantan Pahang

ID : tm2967510646


SSA-GIS ( School Suitability Analysis Using Geographic Information Systems)

The practice of analysing data manually is time consuming. Thus faster methods are necessary to assist the decision-makers. This invention used to GIS platform to perform using case study through MCSDSS and AHP arcgis database and the result were satisfactory.

Kuantan Pahang

ID : tm2967910650


Sonification as Novel Pretreatment Step during Gaharu (Agarwood Oil) Extraction

Agarwood also known as gaharu is a naturally grown forestry wood which contains the most expensive essential oil and of high demand in the perfume industry, deodorants, toiletries and health products. -High demand from countries such as Middle Eastern, China, Taiwan and West Asia Nations. - Currently, uses of this product are restricted and limited due to its rarity and high prices. -As of May 2009, the price of agarwood essential oil is around RM420 per 1 tole(12ml) and for superior grades could be priced up to RM150,000 per liter. -Conventional extraction method required long hrs and produced low yield. -Current supply can only meet some 20percent of world demand. -Ultrasonic pretreatment caused cavitation activities especially near the interface which enhance mass transfer rates, hence increased extraction yields.

Kuantan Pahang

ID : tm2969010661


Refurbishment of Domestic Wastewater via Phytogreen UMP

Phytogreen UMP acts as a pioneer technology in Malaysia to treat wastewater of industry and domestic waste using specially selected plants. This technology is a breakthrough in Malaysia wastewater treatment technology. It is indeed an accomplishment worth recognition due to the success of treating wastewater up to Standard A. Phytogreen is a new environmentally friendly approach, utilizing green technology to treat and remediate industrial and domestic wastewater. It is bound to be the future of wastewater treatment technology in Malaysia.

Kuantan Pahang

ID : tm2969110662


Recycle CO2 to Methanol Using Artificial Photosynthesis

Converting CO2 into fuel using sunlight responsive catalyst which called artificial photosynthesis is very important that nature does since the beginning of the life. This invention present a low-cost catalyst that could enhance the methanol yield with high quantum efficiency.

Kuantan Pahang

ID : tm2969210663


Recovery of Base Oil from Waste Slop Oil (WSO): Innovative Solution for Marine and Heavy Industries

The main objectives and novelty of this project are to treat the waste slop oil and sludge from marine and heavy industries by using ultrasonic solvent extraction system. Then, generate and produce base oil as new profitable product from waste slop oil (zero waste) as raw material for lubricant oil.

Kuantan Pahang

ID : tm2969410665


Real Time NH3 Monitoring System using an Open-Path Optical Method

Since disasters involving ammonia frequently happen, a new ammonia detection system is highly required to avoid future incidents. The sensor system must have dynamic characteristics such as fast response time, can operate at longer time with less drift, good sensitivity, excellent accuracy and can perform real time monitoring without having any cross sensitivity with other gases. Why optical fibre: Transmitter and receiver can be placed at a safe distance, non-corrosive to any gases such as ammonia, resistance to extreme temperature, can perform in any peak season, no electromagnetic interference, not influenced by electric or magnetic field, can perform distributed measurement rather than a point sensing, small in size, light in weight and can be bent.

Kuantan Pahang

ID : tm2969810669


Production of Aroma Compounds by Degradation of Carotene from Crude Palm Oil and Oil Palm Waste

The invention relates to optimization method of thermal degradation of beta-carotene to aroma compounds mainly dihidroactinidiolide and beta ionone. The optimization method of thermal degradation had been applied for the rich carotene extract from crude palm oil and palm oil wastes (PPF and EBF).

Kuantan Pahang

ID : tm2970210673


Pisoptera : The green technology solution for eliminate termite

Pisoptera is one of the first technology product in Malaysia that has been produced using empty fruit bunch (EFB) as a media to attract subteranean termites. EFB is a lingo cellulose waste from the palm oil mill. It has great potential to become a natural raw material for artificial bait.

Kuantan Pahang

ID : tm2970510676


Photosynthesis : Turn CO2 into fuel

This work present a new and low-cost catalytic system contain of metal ferrite, TIO2 and graphene. The work demonstrated a novel reactor comprising of immobilized catalyst on porous support and enhanced CO2 adsorption capacity. The photocatalytic system showed a 10-fold gain in methanol production.

Kuantan Pahang

ID : tm2970610677


Paddy Husk Waste As A New Natural Solid Flow Improver for Turbulent Liquid Flow In Pipelines

Commercially, the performance of such product with high percentages of flow improvement in pipelines carrying crude oil or raw water means, huge power savings (pumping power savings) and that will produce great commercial benefit especially if we know that the cost of preparing this DRA compared with other commercial DRA's is very low and that will add more commercial benefit to the product. Also, the present DRA can work efficiently in a new Medias plus the pipe-lining systems such as the industrial heat transfer systems because of its high abilities to bear very high temperature. Finally, one of the most important advantages is the solubility condition to any product to be classified as drag reducing agent. This condition is no longer hold by using the PADDY HUSK powders because it can work with any transported media.

Kuantan Pahang

ID : tm2971210683


Novel hybrid Microwave System for Water Purification

In this project a novel hybrid microwave system (HMS) for water purification from wastewater stream. This novel microwave system for continuously producing high purity pure water from wastewater stream combines economy and high performance with novel features includes a distillation unit, a convection & conduction heat exchanger unit, a novel north-north pole permanent magnet based continuous stirring system, magnetron power and and temperature controller via mercury sensor. The feed water will be used as heat exchange medium for condenser.

Kuantan Pahang

ID : tm2971310684


Novel Green, Economical and Enviromentally Friendly Biodegradable Composite Films from Caladium

The production and use of plastics has a range of enviromental impacts. Firstly, plastics production requires significant quantities of resources, primarily fossil fuels bith as a raw material and to deliver energy for the manufacturing process. It is estimated that 4% of the world's annual oil production is used as feedstock for plastics production and an additonal 3-4% during manufacture. The overall enviromental impact varies according to the type of plastic and the production method employed.

Kuantan Pahang

ID : tm2971610687


Noble and Magnetic Metal Nanofibers with Unmatched Specific Surface Area for Electronic Applications

Nanofibers are defined as fibers with diameters in the range of nanometers. Metal nanofibers have attracted tremendous interest due to their potential use in various fields, especially the magnetic nanofibers in magnetic shape memory nanoactuators, information storage systems, medical diagnostics, patterned recording media, magnetoresistive nanosensors, magnetocaloric or high-density data storage micro and nano devices. The amazing properties of the nanofibers come from the high surface area. Reducing the size of the components in the electronics industries is a very big challenge. Our product ??? the metal nanofibers with porous structure have high specific surface area.

Kuantan Pahang

ID : tm2971810689


New Heart Structure Equipment for Blood Circulation Measurement

Heart is a complex structure which acts as a blood pump in a mammals body. It is important to have a complete device to measure the blood circulation. In this project, we develop new heart structure equipment to measure blood circulation. This equipment will give a better understanding and figure of the heart valves movement as well as the fluid flow movement in the heart chamber. Throughout the experimental modelling of heart valve structure by using rhythmic fluid flow in a closed chamber, we are able to point out the relationship between heart valve elasticity and also heart valve angle position to the valve opening width. Besides, from the experimental modelling, we are also able to observe the fluid flow pattern in the simple heart chamber. Other than the experimental result and discussion, this project also provides the method, material use, limitation, future improvement and problem faced for the heart modelling experiment. From this project, we are able to compare the different velocity of the fluid to from the vortex in the heart chamber also can be found after the experiment. The significant about this study is the parameter that will affect the efficiency and performance of the heart valve. On the other hand, the method and result of the velocity for vortex formation also contribute to the study of the optimal vortex formation in the heart chamber.

Kuantan Pahang

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