Main categories
CONNECTING TECHNOLOGY TO ENTERPRISE INNOVATION
Air Filtration Technologies for Clean Environment
Controlling odors and air borne pollutants is one of the most important, and yet challenging especially for wastewater treatment plants, manufacturing processes and indoor environment. The technology provider has developed four innovative air filtration solutions tailored for different applications and is keen to outlicense the technology. Drift Filter Unit - Capable to remove various harmful gases evaporated from wastewater pit, holding tanks and from pipes. The drift filter was made of a base filter, organic filter (activated carbon coating) and a cation resin that removes harmful gases through the natural exhaust process and does not require power to operate. Pre-Gas Air (PGA) Filter - Capable to remove odorous elements of chemical pollutants caused by VOCs, ammonia and sulfides. Harmful gases are chemically and physically adsorbed ont
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All-in-one Agile Planning & Collaboration App for Organizational Productivity Improvement
Technology Overview -
Next-Gen High-Performance and Sustainable Food Dyes
Our company is developing a platform to produce next-generation ingredients in a sustainable, cost-effective, and scalable way. We are brewing fungi inside bioreactors to produce different ingredients. Starting with colorants, and more specifically a high-performing red colorant (the most used color in the food and cosmetic industry), we are also p -
High Performance Lithium-ion Battery System for Long Endurance Deep-Water Operation
The 2 kWh Deep-Water Lithium-ion Battery Power Pack (DLBPP) is a pressure-tolerant lithium-ion battery system that provides a reliable, long-endurance and longer lifetime power solution for underwater systems. Many unmanned or autonomous vehicles requires stable and long battery life for their operations. On-station time needs to be long so that th -
Scalable, Cost-effective Calorimeter for Thermal Monitoring of Batteries
Battery cells must be tested for performance and operational reliability from the design phase to the production process, to safeguard its safety, reliability and cost. As batteries are prone to temperature-related issues, like overheating and overcharging, there can be extreme spikes in temperature known as 'thermal runaway'. In order to evaluate -
Active Battery Management System
The proposed technology relates to a battery management system (BMS) equipped with active cell balancing technology and sophisticated state-of-charge (SOC) prediction algorithms. Using this algorithm, faster cell balancing can be achieved during charge and even discharge operations as compared to conventional passive cell balancing technology. This -
Micro and Nanostructured Solutions
Nanoimprint is a lithographic technique to fabricate both micro- and nano-scale patterns via the mechanical deformation of an imprint resist. This technology offers a solution based on the combination of nanoimprinting and conventional injection molding elements--nanoinjection molding--which enables the production of micro- and nano-scale 3D free f -
Textiles with Thermal Identification
Woven authentication pattern in textile is an important method for identification, which commonly include fibers with different colors, such as security labels. However, the colored fiber is not a promising solution for authentication patterns as it would affect the appearance of the textiles and the visible pattern is less secure. Meanwhile, the l -
Advanced Functional Fibers and Fabrics
This technology enables the seamless integration of multiple functional components into one flexible fiber with precise control over nanometre-level architecture and composition, at fiber length, uniformity, and cost. This technology also allows an all-in-fiber solution, achieving multiple functionalities, offering a lego-like template to enable th
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Silver Nanowire (AgNW) for Transparent Conductive Films
This technology presents highly conductive, long silver nanowires (AgNW), a key coating material in the fabrication of conductive and transparent substrates. The incumbent material used in transparent conductive films (TCFs), indium tin oxide (ITO), has been used extensively in touch panel displays, liquid crystal displays, electroluminescent light -
Biological Peptide-based Agrochemical Technology
The current crop protection chemicals, especially insecticides, are dominated by synthetically derived compounds that cause harm to the environment and humans alike. They also have long developmental cycles, delaying the time to market. Most of the available biological alternatives do not have the same efficacy as synthetic ones and are not scalabl -
High Efficacy Nano-sulfur Fungicide
A company has designed and developed a novel and convenient way to synthesise nano-sulfur particles, which can be directly used as a highly effective sulfur fungicide in crop protection. While bulk sulfur fungicide is commercially available in the market, this nano-sulfur fungicide offers higher efficacy due to its higher surface area and smaller p -
Composition for treating acute asthma caused by virus infection capable of soothing cell inflammation
(Thành phần để điều trị hen suyễn cấp tính do nhiễm virus có khả năng làm giảm viêm tế bào) PURPOSE: A composition for treating acute asthma caused by virus infection is provided to control increase of inflammation cell inside bronchoalveolar lavage fluid and airway resistance. CONSTITUTION: A composition for treating acute asthma caused by virus i -
Antimicrobial Zinc/Zinc Oxide Composite
Increasing antimicrobial resistance has become a public health concern. In addition, current antimicrobial solutions have a risk of safety under prolonged use and leaching of the compound may negatively impact the environment. Many products have selective workability that target specific groups of bacteria, or require external stimulus such as phot -
Direct Carbon Dioxide Utilization from Flue Gas to Produce Concrete Components
The technology provider converts carbon dioxide (CO 2 ) emissions from industrial flue gas streams (e.g., emissions from power plants, petrochemical plants, etc.) into concrete (construction) components with a much lower CO 2 footprint than conventional materials. This disruptive approach to carbon capture and utilization (CCU) demonstrates unprece
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BWard: An Optical Approach for Reliable in-situ Early Blood Leakage Detection at Catheter Extraction Points
BWard is a cost and power efficient stand-alone biomedical sensing, monitoring and alerting device that is capable of detecting and differentiating active re-bleeding from other fluids at the central venous catheter extraction site. The monitoring system is able to trigger an alarm and alert the medical staff in the event of bleeding. This will in -
World’s Smallest Flow Sensor for Integration into Smart Systems
A European start-up company has developed the world's smallest gas flow sensor. The tiny 3.5 mm x 3.5 mm CMOS MEMS sensor is small enough to fit into virtually any product and can be positioned where measurements matter. Examples of use cases include: active filter monitoring in vacuum cleaners, air-conditioning units and other consumer appliances; -
Micro-gripper: an innovative device for the manipulation of micro-components
An Italian Research Institute has developed a manipulation device that allows the gripping by vacuum of micro-components and integrates a novel, vacuum-assisted system to support their release. The manipulation of millimeter and sub-millimeter components is very challenging due to the predominance of the superficial adhesion forces over the gravita -
Textiles with Thermal Identification
Woven authentication pattern in textile is an important method for identification, which commonly include fibers with different colors, such as security labels. However, the colored fiber is not a promising solution for authentication patterns as it would affect the appearance of the textiles and the visible pattern is less secure. Meanwhile, the l -
Apparatus and method for snapshot interferometric spectro-polarimetry
(Thiết bị và phương pháp để phân tích phổ giao thoa kế) This abstract is currently in preparation -
Transported Mass Calculation by Ultrasonic Telemeter
We have developed an ultrasonic telemeter to estimate the load of a vehicle via ultrasonic feedback. The ultrasonic telemeter measures the crushing of the suspension, while the unique algorithm is designed to deduce the transported mass. After that, the information is transmitted via Bluetooth to mobile application for load estimation. The device i
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Smart Energy Management in End-user Environment
The technology provides the method and system which allow end users to participate in the trading of resources, enabling the lowering of costs for the end users. Additionally, the method and system also allow for utilization of resources in a manner, which can optimize a load (for example, electrical) for the resource supply. The technology include -
Mercury free UVC Light Source
This new and mercury free UV technology offers huge benefits compared to conventional UV sources. It is uniquely suited for applications where instantaneous start of UVC and secure levels of disinfection are of importance. This truly sustainable UV technology is completely free of toxic materials like Mercury. That removes significant barriers and -
Low Power Flexible Free-Shape Heater
The invention liberates users of heaters from the constraints of fixed shapes and sizes predetermined by the flexible heater manufacturers. Our technology, in the form of an electrical device, is an integration of composite material science and electrical engineering which enables product designers and engineers to unleash their creativity and redu -
Bioreactor Unit for Hydrogen Production from Palm Oil Mill Effluent
The up-flow anaerobic sludge blanket (UASB) and up-flow fixed film (UFF) in a single bioreactor is used as an integrated bioreactor in the form of UASB-FF bioreactor to produce biohydrogen from palm oil mill effluent (POME). The lab scale UASB-FF bioreactor (total volume 3.5 L, working volume 2.55 L, and liquid height 80 cm) with an external settli -
Rapid On-site Analysis of Specific Compounds in Liquids
The innovative sensor platform is a user friendly system for cost-effective analysis of contaminants in various matrices for both lab and field applications. The sensor platform provides rapid on the spot analysis for a range of contaminants, is extremely simple to use and suitable for lab and field use by non-specialist personnel. Test results are -
Self-powered IoT Devices Based on Energy Harvesting Technology
Internet of Things (IoT) devices are increasingly deployed in various industries to do sensing, processing the information and automizing the systems. However, most of the existing IoT devices use batteries, leading to batteries replacement issues, especially with the significant growth in the number of IoT devices. Therefore, we develop a self-pow
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Semiconductor Composite Nanofibre with Embedded Graphene for Purification and Disinfection Using Harvested Light
A new material has been developed by embedding graphene, in roll-up form, in titanium-dioxide composite nanofibre. It is used as a photocatalyst to harvest light, in order to generate electrons and positive holes. These electrons are transferred to various sites along the nanofiber where reactions are needed, and reacts with oxygen in air to genera -
Intelligent Air Cleaning System with Real-time Monitor and Remote Control
We provide an intelligent air cleaning system with real-time monitor and remote control. The system is able to remove air pollution such as PM2.5, formaldehyde, VOC, and bacteria. In addition, the system does not only monitor air quality, but also transmit the air quality data wirelessly to the cloud database for further analysis. Based on the syst -
Flexible micro carbon gas sensor using nanoarrangement structure and method to manufacture same
(Cảm biến khí vi carbon linh hoạt sử dụng cấu trúc và phương pháp sản xuất nano-arrangement) Provided is a flexible micro carbon gas sensor using a nanoarrangement structure, which comprises: a flexible substrate; and a carbon layer laminated on the flexible substrate. The carbon layer is a nanoarrangement structure. According to the present invent -
All-Natural Hydrophobic Oil Adsorbent Powders and Granules for Environmental & Industrial Purposes
The technology consists of an original industrial process by which natural materials can be turned into products with optional level of hydrophobic and oil adsorbent properties. These products can be developed as powders or granules with varying levels of hardness, water resistance, size, and density for diverse set of applications. Based on raw ma -
Remote Sensing System for Water Quality Monitoring
Water quality parameters in water bodies are usually obtained using in-situ sensor probes or by laboratory measurements of water samples collected on-site. These conventional methods are laborious, costly and have limited spatial coverage. This technology relates to a contactless measurement method for water quality parameters and can be deployed o -
Enzymatic Baby Diapers Recycling
In recent years, diaper waste has received a lot of attention due to the high volume produced and the difficulty in recycling. In fact, in the European Union, the annual market demand for disposable baby diapers exceeds 20 billion units, dramatically increasing the amount of dry weight waste (1.3 t/min). Despite their high value components, especia
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Fluorescent Probes for Rapid Detection of Formaldehyde in Food
Formaldehyde in food has caused health concerns in the general public. To protect public health, governments and health organizations worldwide have established regulations and guidelines on it. However, formaldehyde has been illegally added to food for preservation and bleaching purposes. Gas chromatography and liquid chromatography are typical an -
Proprietary Probiotic Strain of Bifidobacterium longum for Intestinal Health
Inside our gastrointestinal tract, there are trillions of microorganisms, including bacteria, fungi and viruses, making up what is known as the gut microbiome. The gut microbiome influences everything from our health to our weight, moods and behaviour. A well-balanced, healthy gut microbiome is vital for good gut health and overall wellbeing, helpi -
Agricultural Sensors Powered by the Soil
Every day, the use of sensors in agriculture b e c o m e s m o r e widespread . Sensors are used to measure climate conditions and soil parameters (such as humidity and pH), t o predict crop yields and to identify potential dangers . Chemical batteries are the most common solution for the storage of energy in smart agriculture systems. They exhibit -
Novel Multifunctional Peptides Derived from Palm Kernel Cake
Palm kernel cake (PKC) is the main by-product of palm kernel after oil extraction and is largely used as an ingredient in animal feed formulations. Thus far, PKC's potential as a source of food proteins has not been fully exploited, despite its low cost, considerably high protein content of 15-19% and high level of availability in the oil palm sect -
Image-based Food Testing and Quality Grading
The technology leverages Artificial Intelligence to generate accurate, actionable insights and predictions for food commodities at the simple click of an image. The smart phone-based solution, backed by a pioneering image processing AI, digitizes the grading or inspection process using images of the commodity sample. Agricultural value chains are o -
Drying of Fruits and Vegetables by Multi-line Vacuum Dryer
An SME in the food processing industry has developed a novel vacuum dryer to process food products. In conventional food processing technologies, if the humidity is less than 20% at the final stage of drying, the drying process tends to slow down. Also, high operating temperatures in conventional drying tends to affect the biologically active ingre
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Wall-climbing Drone
An unmanned aerial vehicle that stably moves along walls under circumstances including regions inaccessible by people such as safety inspection of massive structures and high-rise buildings, access to a fire scene to complete a given mission. 1. A building inspection robot that uses a conventional vacuum lifter or independent infrastructure has a l -
Highly Robust & Sensitive Nanoplasmonic Sensor Technology
Nanoplasmonic Sensing (NPS) technology is a versatile and extremely surface sensitive sensing technology for realtime studies of atomic/molecular changes of less than one nanometer. There is a combination of several inherent strengths with NPS technology that makes it a strong candidate for different sensing applications. The technology is today us -
Highly Energy Efficient Compressor for Air-conditioning Systems
Mechanical efficiency is key to the performance of a compressor. While reciprocating piston-cylinders compressor exhibit good mechanical efficiency, the reciprocating action results in significant vibration and noise problems. Rotary type compressors, on the other hand, are compact in nature and possess good vibration characteristics. However, fric -
Technology to Digitize and Visualize Smell
Our society is now becoming increasingly automated where autonomous machines, artificial intelligence, and robots will perform complex tasks. For this vision to be realized, machines must have cognitive abilities including basic five sense of human, e.g., sight, hearing, touch, taste, and smell. However, most development of machine perception thus -
Polymeric Resin Additive Paste to Achieve Photocatalytic Effect in Indoor Environments
Photocatalytic effect is a crucial element for achieving self-cleaning surfaces in an indoor environment. Self-cleaning surfaces minimise the need for labour intensive and costly cleaning and maintenance services. However, commercially available self-cleaning solutions are typically in the form of coatings that wear off with time and require re-app -
On-line Smart Air-Balancing System for Net Zero Energy Buildings
The mechanical ventilation system is one of the most energy-demanding systems in the buildings, which operates on a 12-months basis. Air balancing is a promising technique to ensure the airflow rate evenly distribution to each zone according to its requirements to achieve the purpose of energy saving. The conventional air balancing method is essent
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Induced Multipotent Neural Stem Cells
Induced neural stem cells provide opportunities for research applications in: Drug screening and development Diagnostic product development Regenerative cell therapy products Despite remarkable progress in stem cell research, clinical use of induced stem cells poses ethical issues (eg use of embryonic stem cells) and potential safety risks (eg use -
Composition containing resveratrol for preventing or treating malignant mesothelioma or assisting treatment of malignant mesothelioma
(Thành phần có chứa Resveratrol để ngăn ngừa hoặc điều trị u trung biểu mô ác tính hoặc hỗ trợ điều trị u trung biểu mô ác tính) The present invention relates to a composition containing resveratrol for preventing or treating malignant mesothelioma or assisting treatment of malignant mesothelioma. The composition for preventing or treating malignan -
Pharmaceutical composition containing phenyl butylic acid or pharmaceutically acceptable salt tehreof for treating asthma
(Thành phần dược phẩm chứa axit phenyl butylic hoặc tehreof muối dược phẩm để điều trị hen suyễn) PURPOSE: A pharmaceutical composition containing phenyl butyric acid is provided to reduce inflammatory cell and cytokine expression, airway inflammation, and airway hyperresponsiveness. CONSTITUTION: A pharmaceutical composition for preventing or trea -
Permissioned Blockchain for Healthcare
Permissioned blockchains for Healthcare are an innovative and secure way to dramatically reduce cost and bureaucracy, increase trust, enable Audit Trails and eliminate conflicts. It is based on a distributed shared ledger of recorded transactions between known, identifiable participants and assets. These transactions can never be erased nor changed -
Non-invasive and Time-resolved CT Imaging for Blood Vessel Assessment
The clinical gold standard for assessing the functional significance of a coronary artery stenosis is the invasive fractional flow reserve (FFR) technique, in which a specialized catheter is advanced to the culprit artery with aids of fluoroscopy to measure the flow pressure gradient across a plaque during maximal hyperemia. Recently, non-invasive -
iPLAY - Interactive Physical Learning Activities for the Young
The iPLAY is an exergaming (exercise + video gaming) system that incorporates purposeful play and physical activity enjoyment in children's play. As children's cognitive abilities are often tied to the timing of their motor milestones, motor skills development is fundamental for their cognitive development. However, current conventional physical ac
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GPS Security Tracking for Supply Chains
With the rise of new threats to cargo security, it is becoming increasingly important for companies to deploy electronic cargo tracking solution in their logistics operations. This technology is an integrated trip based security portal that combines the use of GPS, satellite, RFID and NB IoT to improve efficiency and security. Users of this solutio -
Augmenting Urban Soundscapes
A noise problem in the urban environment in many countries including Singapore starts with a noise source such as a stream of traffic on a highway, MRT track and other sources due to human activities. The noise is transmitted through a path and then arrives at the receiver. The noise will be perceived as a problem when the noise levelis too high as -
Real-time Inspection and Verification with Millimetre Accuracy
We help companies perfect their manufacturing process by providing real-time and highly accurate inspection technology, every step of the process. We make cameras, sensors and software which can understand its environment. With our technology it is possible to track the quality as well as the status of your builds, predict and detect possible fault -
Method to Prevent Information Leakage in Information Dispersal
Information Dispersal Algorithm (IDA) can be used to secure data stored in the cloud, as an alternative to encryption. By dispersing data into multitudes of slices to be stored in multiple locations, we achieve both secrecy and availability. As a form of threshold cryptography, an attacker need to compromise a threshold number of data slices to be -
Low Cost, High Value Smart Water Meter for Reduction of Water Consumption
Water scarcity is a global problem. To try to address this and reduce water consumption, smart systems are already being rolled out globally. However, these smart systems are relatively high cost as they are often relying on re-purposed industrial systems delivering static usage data, delivering minimal value add to the end user. The technology own -
Multi-hop, Scalable and Dynamic Wireless Backhaul Technologies
PicoCELA Backhaul Engine (PBE) is an embedded system application that adds a multi-hop communication capability to a wireless platform using its wireless interface. PBE uses innovative proprietary technology to create a MIMOZONE, providing stable, seamless, swift connectivity in a wide range of wireless deployment scenarios.Furthermore, it uses unl
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Cost-efficient Nanofilter for Enhanced Biosafety of Cell Therapies and other ATMPs
At the end of 2019, there were 1000+ advanced therapy medical products (ATMP) tested in clinical 1-3 phase trials. Virus safety of ATMPs is one of the most expensive and challenging steps in bioprocessing. Because the cell therapies cannot be sterilized, all components, including basal media and supplements, that come in contact with the cells must -
Neuroprotective composition comprising fucoxanthin extracted from seaweed
(Thành phần an thần bao gồm Fucoxanthin chiết xuất từ rong biển) The present invention relates to a pharmaceutical composition comprising fucoxanthin extracted from seaweed, particularly sea mustard, as an active ingredient for neuroprotection. A functional food and the pharmaceutical composition comprising the seaweed extract of the present invent -
The Fastest, Simplest & Cheapest Way to Verify Hygiene
As pressure to reduce food waste increases, food & beverage producers are finding it increasingly difficult to ensure high standards of hygiene. A major factor is the lack of fast, simple and affordable techniques for training staff and verifying hygiene. In many facilities where hundreds of products are processed every minute, even when contaminan -
Biological Peptide-based Agrochemical Technology
The current crop protection chemicals, especially insecticides, are dominated by synthetically derived compounds that cause harm to the environment and humans alike. They also have long developmental cycles, delaying the time to market. Most of the available biological alternatives do not have the same efficacy as synthetic ones and are not scalabl -
Water-cooled LED Lighting System for Indoor Vertical Farming Application
The technology described herein is related to the development of a unique water-cooled led lighting system that can be combined to heat recovery system. Integrated lighting, led cooling and recovered heat together form a highly energy efficient system, where vertical farm turns from energy eater into energy creator. Together with the technology pro -
Biodegradable Controlled Release Matrix Tablets for Environmental Applications
Using a proprietary matrix encapsulation technique, active ingredients are incorporated into a matrix made from a biodegradable polymer. Pesticides, biocides, corrosion inhibitors, enzymes, and bacteria are just some of the examples of the kinds of actives that can be encapsulated. Then the polymer is formed into tablets of various shapes and sizes
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Non-destructive Firmness Measurement Device for Fruits
The most widely used devices for measuring firmness of fresh whole fruit depend on destructive techniques which contribute to fruit losses and other limitations including inaccuracy due to low sampling points, and low portability which limits firmness assessment within laboratory setting. The fresh produce industry indicates that an accurate, non-d -
Serious Game for Supply Chain Integration
This is a serious game that allows you to experience how international supply chain logistics can become more robust, reliable and efficient. The game is developed to answer to following questions: How can international supply chains become more efficient and effective? Is it possible to improve visibility over international logistics for both busi -
Radio-Frequency Energy Harvesting and Wireless Power Transfer System
The proliferation of Internet of Things (IoT) allows more sensors to be used for monitoring, detection and security purposes. However, this also introduces new problems to the user: Short sensor's lifespan (due to reliance on battery as the main power source) affecting the service operation, Cost and hassle associated with frequent maintenance and -
Packaging and Storage Optimization Software
Our technology is twofold and makes it possible to minimize the volume used to ship, store or transport products, reducing costs and improving use of unnecessary space in storage and transport. Firstly, this technology can be used to compute the optimal dimensions of the box, tote or storage location based on large amounts of historical data (eg. m -
Smart Vending Machine
Our technology allows you to increase revenue, profitability and return of investment of the vending machine. This solution able to elevate the customer experience, reduce the operating cost and to improve the efficiency of the operation. Our smart vending machine creates an ecosystem for the vending operating environment and connecting each partne -
Autonomous Vehicle Assisted Stock Taking
Accurate accounting of inventory at a warehouse is time-consuming and adds little value to the logistics of moving goods. Yet it is unavoidable and essential in warehouse management to ensure a smooth operation during material handling and optimization of storage space within the warehouse. This solution automates this tedious and manpower intensiv
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Manufacturing Visibility Sensor Platform
An on-going challenge is the lagging indicators and paper trails resulting from manufacturing-related data. This translates into losses that could have been avoided if only more up-to-date information was available. This technology offers real-time visibility and predictive analytics by retro-fitting manufacturing operations with sensor-based platf -
Substrate with an etching valley for increasing etching speed, a light emitting device using the same, and manufacturing methods
(Chất nền và thiết bị phát sáng với rãnh khắc ăn mòn axit để tăng tốc độ ăn mòn và phương pháp chế tạo) PURPOSE: A substrate with an etching valley, a light emitting device using the same, and manufacturing methods thereof are provided to quickly form an air bar to improve light extraction efficiency in a semiconductor layer by permeating etchant a -
Highly Cost Effective Surface Finishing Technology: Electroless Plating with Extremely Low Catalyst Loading
Electroless plating is a major surface finishing and metallization process, which has been widely used for automobile body parts, electronics, ornamentals and jewelleries. Unlike electroplating, electroless plating can be carried out solely in aqueous solution and does not require external power source. Plating on any substrates (conductive or no-c -
Modular and Easily Reconfigured Manufacturing Cells
Typical production lines in a factory are highly customised and expensive to reconfigure. Stations were centrally controlled by a PLC and sensors are placed along conveyor systems to monitor goods being produced. Such design is often difficult to modify or scale without reprogramming the centralized PLC and going offline to test and commission the -
One-step Postsynthetic Modification of Metal-Organic Frameworks
Metal-organic frameworks (MOFs) are among the most attractive porous materials known today. Their high surface-to-mass ratio makes them extremely useful in many processes, from gas sorption, storage and separation, to catalysis, drug delivery and heat exchange. Typically, they are modified post-synthesis (PSM) to optimise their chemical functionali -
Method for forming aluminum oxide nanofiber using electrochemical method and aluminum oxide nanofiber produced thereby
(Sợi nano oxit nhôm và phương pháp sản xuất bằng phương pháp điện hóa) Provided are a method for forming an aluminum oxide nanofiber using an electrochemical method and an aluminum oxide nanofiber produced thereby. The method for forming an aluminum oxide nanofiber using an electrochemical method according to an embodiment of the present invention
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Geopolymer Concrete Printing
About two decades after its first proof-of-concept, 3D concrete printing is on the threshold to become more matured. It provides new opportunities such as higher degree of architectural freedom, lower costs due to a lack of scaffold, less labour intensive manpower and less material required. To achieve these, the print processes need to be more rob -
Method for forming aluminum oxide nanofiber using electrochemical method and aluminum oxide nanofiber produced thereby
(Sợi nano oxit nhôm và phương pháp sản xuất bằng phương pháp điện hóa) Provided are a method for forming an aluminum oxide nanofiber using an electrochemical method and an aluminum oxide nanofiber produced thereby. The method for forming an aluminum oxide nanofiber using an electrochemical method according to an embodiment of the present invention -
High Energy Radiation Shielding Textiles
This technology presents a method to produce good protection textiles that shield high energy radiation. Current radiation protective clothing is heavy and bulky, which not only reduces the dexterity and flexibility of the wearer, but also makes the wearers feel tired easily and suffer from certain health problems over long-term wearing. The newly -
Resistive Heating Plastics - Low Energy Consumption Heating System
This technology involves the development of joule heating plastics for a highly efficient heating system for electric vehicle applications. The heating concept consists of heating car surfaces which are near the passenger instead of the current HVAC systems which heat up all the cabin in an inefficient way. Plastic surfaces are heated when a voltag -
Meeting Stringent Fire Safety Standards with a New Eco-Benign Polymer/Enabler
Inorganic Polymer Aqueous Solution (IPAS) technology is more than just a flame retardant (FR). Conventional FR incorporated materials, when exposed to fire, burn and diminish once the source is removed. These agents merely improve resistance to ignition and they slow down flame spread with limited incombustible capabilities. Smoke generation is ano -
Materials for Printed Electronics: Copper Inks
Copper based inks have been gaining interest as a potentially cheaper alternative for the conventional, market ready conductive silver inks. However, most of the current copper inks in the market have the tendency to oxidize under room conditions, leading to performance issues and thereby limiting their adoption. This technology presents a range of
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Microneedle Granule for Transdermal Delivery of Therapeutic and Cosmetic Agents
Transdermal delivery of therapeutic and cosmetic agents offers many advantages over oral and injection routes: (i) bypass of first-pass metabolism and gastrointestinal reaction, (ii) non-invasiveness and (iii) self-administration. The transdermal route is therefore suitable for biological active compounds including peptides, proteins, vaccine, insu -
Innovative Composition for Modulation of Inflammatory Processes in Joint & Infectious Diseases
Inflammation is the body's natural response to infection, injury and/or stress with a central role in disease and aging. It has 2 forms; acute which is the body's immediate and short-term response and chronic where inflammation lasts beyond the actual injury. Whilst acute inflammation helps prevent further injury and facilitates healing and recover -
New UV-B Suncreen with Transient Window Effect and Improved Safety Profile
A new bespoken family of sunscreen compounds have been developed and patented, that share a common mechanism of reaching its final sunscreen protection - in a similar degree to the currently ones used - after a tunable time and wavelength range values. From this family, a specific UV-B candidate has been selected that allows a specific transient co -
Equos-Lite - The Easy Mobility Solution for Wheelchairs
Wheelchairs are used to assist users who experience mobility challenges to commute around different locations and environments. The design of the wheelchair reflects the functional needs of different tasks and environmental requirements. In many occasions, users have to switch between the manual and electric wheelchairs as they transit between the -
Drug Delivery System Capsule Technology
Conventionally, many active ingredients of drugs taken via the oral route are easily altered in property by gastric acid and the like. As a result, such active ingredients of drugs do not function as desired in intestine or other intended destination. The present technology solves this problem and allows for maximization of the effects of drugs whi -
Skin-whitening and Skin-protecting Agents
Many of us love the warmth and light of the sun; however, often sun exposure causes damages to our skin, according to experienced dermatologists. When our skin is exposed to sunlight, which is the primary source of ultraviolet (UV) radiation in our daily life, our skin gets darkened and damaged, or created by various aesthetic problems, such as wri
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Use of Silica Nanoparticles for Transforming Municipal Solid Waste Incineration (MSWI) Fly Ash into Composite Filler
In order to convert MSWI fly ash into useful materials, the toxic heavy metals in the ash has to be removed or stabilized. The current technologies such as electrochemical, sintering and vitrification have many limitations, i.e. high cost, high-energy consumption and the generation of more waste. Our technology is featuring a practical, scalable, l -
Rejuvenation of Spent Lithium-ion Battery Cathodes through an Efficient and Environmental Friendly Technology
Lithium-ion batteries (LIBs) have been the preferred portable energy source in recent decades. The tremendous growth in the use of LIBs has resulted in a great number of spent LIBs. Disposal of these spent LIBs will cause serious environmental problems due to hazardous components such as heavy metals and electrolytes. Materials contained in the spe -
Valorisation of Agricultural Waste into Slow Release Fertilizer
Organic wastes including animal manure, domestic wastewater sludge, and palm oil mill-based byproducts are predominantly used as fertilizers and require aerobic composting treatment to convert the plant nutrients into plant usable forms before using them in the agricultural fields. The aerobic composting process is time consuming, releases unpleasa -
Process for the Delamination of Multilayer Plastic Film
Laminated materials have many technical advantages, but they present a significant problem when it comes to recycling due to the differences in melting points between the polymeric materials that make them up, thus restraining them from being reprocessed by extrusion. The traditional methods used for delamination are based on selective dissolution, -
Recycling Plastics into Fuels and Chemicals Using Sunlight
This technology provides a more eco-friendly solution to convert non-biodegradable plastics into fuels and chemical feedstocks. In Singapore, about 96% of the plastics waste is incinerated, which contributes to Singapore's CO 2 emissions and aggravates global climate change. The remaining 4% is recycled only after the plastics have been cleaned and -
Energy Harvesting from Low-grade Heat Driven Engine to Pump Liquids
The invention is an engine that converts low-grade thermal energy into mechanical work. The innovation in the proposed solution is the possibility of using low-quality heat from renewable energy sources or waste heat in a previously unused manner. A significant advantage of the proposed solution is that this engine does not require electricity for
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