There is a growing demand when it comes to the repairing of the coke drum since most of the current in-use coke drums has been in service for decades. This study will develop a new methodology to assess the microstructure evolution and thermal mechanical properties of service-exposed coke drums. The focus of experiments of this project involves high temperature fatigue test to evaluate the fatigue life of the material. Through the studying, the evolution of microstructure evolution will be better identified and understood, providing the foundation of the analysis in the future.
Recent studies have shown that cannabinoids can control chronic pain and muscle spasms as well as other diseases related to chemotherapy, AIDS and epilepsy, therefore it is very important to investigate about cannabinoids. However, it is very difficult to strip it out cheaply from the triglyceride oil while securing high purity and high concentration level; and this challenge may limit its use for medical purposes. The proposed solution to tackle the problem is to develop a liquid (CO2)-liquid or (scCO2)-liquid extraction process using unique counter-current extraction column.
Ardra Inc. has sustainably produced many high-purity chemicals that are used for various flavor, perfume, and cosmetic applications. Combining industrial/business expertise provided by Ardra with academic/research skills provided by Dr. C. Perry Chou’s lab, we are aiming to effectively produce high-value heme compound using engineered E. coli host organism. Major efforts will be dedicated toward engineering of this bacterium by adopting synthetic biology, metabolic engineering, and bioprocessing strategies to facilitate large-scale bio-based production of heme.
CanDry is currently in R&D stage developing a dehydrator for drying organic and in-organic materials. A prototype is built for testing purposes which will help to design a good quality product. For modifying the design of prototype, we need to simulate the electromagnetic behaviour of the system and run multiple tests to compare the simulation design with the practical outcome.
The main goal of this project is to identify the key performance parameters of the membrane and collect some data on the membrane performance. To achieve this goal the intern needs to first develop a testing system to evaluate the dehydration performance of the membrane. After building the test system the intern will utilize the system to check the performance of a wide range of membranes and select which ones work best as well as factors that would impact the membrane performance. Then the test system will be brought to natural gas plant to verify the performance.
As one of the first countries to legalize cannabis, Canada is at the forefront of the cannabis research and technology. While there are a number of medical applications for Cannabis that have been used for a number of years, these treatments require patients to either smoke dried cannabis, or use cannabis extracts that can include a number of plant impurities and are mixtures of various cannabinoids compounds. Over 120 minor cannabinoids are produced by the cannabis plant, C. sativa.
Hydrogen technology in Ontario has incredible potential as an alternative energy source that can eliminate the use of harmful fuels and greatly reduce greenhouse gas emissions. Canada is currently developing a nation-wide strategy to increase the adoption of hydrogen technology; however, Ontario is underrepresented in this discussion.
This project seeks to develop a novel, sustainable, self-sanitizing face masks for purpose of providing more robust solutions and mitigate the health risks for the front line workers and general public during this, as well as any future pandemics. This is accomplished by design of novel filters composing of cellulose derived nanofibrils and electrochemically exfoliated graphene, and 3D printing the lightweight, customizable face mask body.
In day to day operations, oil producers need to optimize their production workflow to reduce operational costs. Building a physics-based reservoir model is costly and time-consuming and is not suitable to generate and compare many scenarios. The alternative procedure, Data-Driven Model, is fast enough; however, testing and validating the model is controversial. In this project, a hybrid data-physic framework will be developed, which meets the requirement to quantitatively describe the physical behavior of the reservoir and also predict its mechanism statistically.
High-altitude balloons are a promising technology for providing high-speed wireless internet in remote regions of Canada. In this project, we propose a simple, cheap and effective distributed control mechanism for the design of air-based wireless internet systems for deployment in remote regions of Canada. This technology could facilitate the availability of fast and reliable internet connection in remote regions of Canada. The main motivation is to improve the efficiency of the response to crisis situations such as the recent Covid-19 pandemic.