RESEARCH
Fundamental chemical engineering
Mastering the Bedrock of Process Safety Through Chemical Engineering Principles
THERMODYNAMICS,
FLUID DYNAMICS,
KINETICS
FLUID DYNAMICS,
KINETICS
FLAMMABILITY,
TOXICOLOGY
TOXICOLOGY
SOURCE &
DISPERSION
ANALYSIS
DISPERSION
ANALYSIS
In the realm of process safety, the journey begins with a profound understanding of potential hazards and the associated risks. At SERiD LAB, we delve into the core of traditional chemical engineering disciplines to build this understanding. Our quest is to deeply explore and expand upon the knowledge of chemical properties, reactivities, and toxicologies, which are the keystones of intrinsic safety measures.
We are dedicated to refining source and dispersion modeling analysis, fostering advancements that not only predict but also mitigate the spread of hazardous substances in various scenarios. By employing both established and innovative techniques, we are pioneering in the enhancement of safety models to meet the exigencies of the modern industrial landscape.
Our research into the thermodynamics and kinetics of chemical reactions paves the way for safer process design and operation. We conduct rigorous assessments of process variables and their interactions to ensure that safety is embedded at the heart of every operation. This includes the development of new methodologies for the assessment of reactive hazards that are critical in the prevention of incidents.
Moreover, our lab is at the forefront of advancing simulation and modeling capabilities. By leveraging high-fidelity computational models and state-of-the-art simulation tools, we aim to provide a predictive insight into complex chemical processes. This allows for an anticipatory approach to safety, where potential issues can be identified and addressed well before they manifest in the physical world.
In pursuing these endeavors, we recognize the importance of cross-disciplinary collaboration. Thus, we actively seek to work with experts in material science, environmental engineering, and other relevant fields to ensure that our fundamental chemical engineering research is comprehensive and robust.
At SERiD LAB, we believe that the fundamental research in chemical engineering forms the cornerstone of all process safety endeavors. It is our commitment to excellence in this fundamental research that underpins our ambition to raise the bar for safety in the chemical process industries.
Process safety
Elevating Process Safety with Tradition and Innovation
Three Process Safety Areas along with Industry 4.0 technologies
At SERiD LAB, we embrace the chemical engineering discipline, melding time-honored safety methodologies with the revolutionary potential of Industry 4.0 technologies. Our research journey navigates through three fundamental safety domains:
Loss Prevention Control
Grounded in the robust principles of conventional safety, our research ambitiously incorporates the innovative technologies of IoT and cloud computing. This strategic alliance is intended to enhance traditional safety frameworks, leading to more predictive and preventive measures for the protection of personnel and the environment. 
Hazard Identification & Risk Analysis
Standing as our mainstay of research, we continue to value the thoroughness of classical risk analysis. We are augmenting this with cutting-edge analytics, AI, and machine learning to refine our approach to hazard detection and risk appraisal, achieving a new level of accuracy and foresight. 
Risk-Based Decision Making
On the solid ground of classic decision-making processes, we are breaking new ground with the integration of AI analytics. This progressive strategy positions us to develop more adaptable and robust risk management tactics, adeptly meeting the complex demands of contemporary chemical engineering operations. The intersection of venerable safety practices with the vibrant tools of Industry 4.0—including IoT, AI, and machine learning—brings exciting opportunities along with complex challenges. With focused determination, SERiD LAB is poised to tackle these challenges. Our goal is to cultivate a sophisticated safety culture that synchronizes the reliability of traditional methods with the advanced predictive capabilities of modern technology, steering the industry towards a new era of safety and operational excellence.
Energy safety
Energy Safety at SERiD LAB: Ensuring Safety in the Era of Renewable Energy
At SERiD LAB, our commitment to energy safety extends prominently into the domain of renewable energy, with a special focus on hydrogen – a key player in the sustainable energy transition. Our research is dedicated to ensuring safety throughout the lifecycle of renewable energy systems, from production to end-use.
Renewable Energy Production Safety
Specializing in the safety aspects of renewable energy sources like hydrogen, our efforts are geared towards establishing secure and efficient production methods. We explore advanced monitoring techniques and develop robust safety protocols to manage the unique risks associated with hydrogen and other renewable energy production. 
Safe Distribution of Renewable Energy
The safe transit of renewable energy, particularly hydrogen, poses unique challenges. Our lab addresses these by studying the integrity and safety of distribution systems, implementing smart detection technologies for early warning signs, and applying predictive analytics to ensure secure delivery. 
End-User Safety in Renewable Energy Applications
Recognizing the growing use of hydrogen and other renewables in various sectors, we focus on the safe application at the consumer level. This includes developing guidelines for the safe handling and utilization of renewable energy sources in residential, commercial, and industrial settings. 
Comprehensive Safety Frameworks for Renewable Energy
At SERiD LAB, we strive to develop comprehensive safety frameworks that cater specifically to the renewable energy sector. These frameworks are designed to encapsulate the entire journey of renewable energy, particularly hydrogen, from its generation to its end-use. Our goal is to facilitate a safe transition to renewable energy, ensuring that safety remains a paramount concern as we move towards a more sustainable future.