LAT/AUTh Laboratory of Applied Thermodynamics

On Tuesday, July 2nd, LAT/AUTh Laboratory of Applied Thermodynamics had the privilege of hosting the 2nd meeting for the NAVGREEN project. The event took place at the Aristotle University’s Research Dissemination Center (KEDEA). This gathering brought together key stakeholders to discuss and advance our holistic approach to optimizing 'Green Shipping'. Throughout the day, we delved into various innovative work packages, including: 🔋 Development of solutions for alternative fuels, their production, storage, and energy management. ⚓ Energy upgrading of ships and ports through advanced design, technological enhancements, and operational solutions. 📊 Implementation of digitization technologies for efficient management of ship operations and port activities. ♻️ Promotion of circular economy principles and energy recovery via green recycling and biofuel production. 📈 Evaluation of the efficiency of our solutions to determine the ideal combination for each unique maritime activity. 🔧 Development of a decision-support tool to aid stakeholders in making the best choices for investments and actions. ⚓Crafting an action roadmap to steer the shipping industry towards decarbonization while providing valuable insights to researchers, shipping companies, marine surveyors, ports, shipbuilders, and equipment manufacturers. A heartfelt thank you to all the organizing members, participants, and stakeholders who contributed to the success of this event. Your collaborative efforts and insightful discussions are pivotal in our journey towards greener, more sustainable maritime activities. Stay tuned for more updates as we continue to innovate and lead the charge towards a sustainable future in shipping! Learn more: https://navgreen.gr/en/ #GreenShipping #Sustainability #MaritimeInnovation #NAVGREEN #LAT #AUTH #KEDEA #Thessaloniki #Decarbonization

We are thrilled to share that our colleague, Ioannis Raptis has been awarded a scholarship from HAAR to attend this year's European Aerosol Conference (EAC) in Tampere, Finland! Giannis will be presenting our pioneering work on portable optoacoustic Black Carbon sensing related to motorcycle exhaust. This is a fantastic opportunity to showcase our research and connect with esteemed colleagues in the field. Congratulations, Giannis, on this well-deserved recognition! Stay tuned for more updates. #scholarship #HAAR #EAC #LAT #RSENSE #BC #Optoacoustics

Congratulations, Dr. Boikos! Your LAT family is immensely proud of your achievement and looks forward to the positive changes your work will bring to the field.

Accurate quantification of urban air pollution is a pressing necessity, particularly concerning emissions from both maritime and road traffic which are major contributors to air quality challenges in cities worldwide. We are thrilled to announce another academic milestone at LAT! On Thursday, June 27th, our esteemed colleague Christos Boikos, PhD successfully defended his doctoral thesis titled 'Quantifying air pollution from ship and road traffic emissions in urban areas using Computational Fluid Dynamics dispersion modelling.' Throughout his doctoral journey, Christos has demonstrated exceptional skill in bridging the gap between advanced computational techniques and real-world environmental challenges. His work not only contributes to the scientific understanding of urban air pollution dynamics but also provides valuable tools for urban planners, policymakers, and environmental agencies working to improve air quality in our cities. Congratulations, Dr. Boikos! Your LAT family is immensely proud of your achievement and looks forward to the positive changes your work will bring to the field. #PhDDefense #UrbanAirQuality #ComputationalFluidDynamics #EnvironmentalScience #AcademicAchievement"

Congratulations, Dr. Grigoriadis! Your LAT family is immensely proud of your achievement and eager to see the impact of your research in the years to come.

Reducing the environmental footprint of the shipping industry, a sector that plays a vital role in global trade but also faces significant challenges in terms of emissions and sustainability, is a critical issue. On Thursday, June 27th, we had the honor of witnessing a significant milestone in the academic journey of our esteemed LAT colleague, Achilleas Grigoriadis, PhD. With great pride and joy, we announce the successful defense of his doctoral thesis titled 'Impact assessment of emission control technologies and new marine fuels on shipping emissions.' Throughout his PhD journey, Achilleas has demonstrated exceptional dedication, analytical prowess, and a deep commitment to addressing real-world environmental challenges. His research not only advances our understanding of emission control technologies and alternative fuels but also provides valuable insights for policymakers and industry stakeholders working towards a more sustainable maritime future. Congratulations, Dr. Grigoriadis! Your LAT family is immensely proud of your achievement and eager to see the impact of your research in the years to come. #PhDDefense #MaritimeSustainability #EnvironmentalScience #ShippingEmissions #AcademicAchievement"

Proud to share that our colleague, Dr. Athanasios Dimaratos, represented LAT/AUTh Laboratory of Applied Thermodynamics at the ENGIMMONIA project's General Assembly in Genoa on June 19th. Athanasios presented the latest developments from Work Package 4, led by LAT/AUTh, focusing on innovative emission control technologies for NH3 combustion. This work is crucial for advancing sustainable maritime solutions. It's exciting to see LAT's research contributing to such an impactful project. Congratulations to Athanasios and the entire team for their ongoing efforts in shaping the future of clean maritime technology! #ENGIMMONIA #SustainableMaritime #CleanTech #ResearchImpact

Did you know? According to recent studies, non-exhaust emissions from vehicles—including those from brakes—can contribute significantly to urban air pollution, sometimes even surpassing exhaust emissions in certain areas! Our esteemed LAT colleague, Dr. Athanasios Dimaratos addressed this crucial issue at EuroBrake 2024 in Mainz, Germany, from June 17-19. Athanasios presented groundbreaking research on brake emissions, a major component of non-exhaust emissions in vehicles. LAT's work sheds light on this often-overlooked aspect of automotive environmental impact. EuroBrake, the world's largest technical event for brake and friction technology, provided an excellent platform for sharing this vital research and networking with industry leaders. Kudos to Athanasios and the rest of his team for advancing our understanding of automotive emissions on an international stage! #EuroBrake2024 #AutomotiveResearch #NonExhaustEmissions #SustainableTransport

Celebrating the incredible achievements of our esteemed colleague Georgios Tsakonas at the Nanoparticle Conference 2024 in Zurich! Their fascinating research on nanoparticles near Thessaloniki's airport and the potential toxicity of regenerating Diesel Particle Filters garnered great enthusiasm and invaluable feedback. A huge congratulations on winning the prestigious Trojan Horse Award for their outstanding contribution to the field!

Join our team! We are excited to announce that LAT/AUTh Laboratory of Applied Thermodynamics is looking for 2 project engineers. Job description We are looking for 2 full-time project engineers to support our research activities and be responsible for daily Project Engineering tasks associated with research projects, which will include project planning and management, communication with team members, stakeholders and clients. You will be participating in research projects at the edge of developments in the areas of vehicle and shipping fuel/energy consumption, emissions and environmental performance, vehicle electrification technologies, alternative fuels and energy efficient transport solutions. You will organize and monitor testing activities, work along highly respected researchers and experienced engineers, prepare reports and presentations and participating in project meetings. Qualifications ·      Degree in Mechanical Engineering, Electrical Engineering or a related field ·      Excellent communication skills, both written and verbal ·      Excellent English, data processing and reporting skills ·      Knowledge of Project Planning techniques/methodologies ·      Problem-solving and critical-thinking skills ·      Experience with laboratory and testing equipment is a plus ·      The ideal candidate is searching for some quality career experience in research We offer ·      Full time employment, you can start right away ·      Opportunities for professional development, career advancement, PhD studies ·      A collaborative and innovative work environment in a team of highly qualified researcher engineers, committed to support professional development. ·      Engagement within international teams and projects and organizations (such as the European Commission and the automotive industry) that are in the cutting edge in the areas of environmental performance, transport, emissions, energy, shipping, fuels, electrification) How to Apply: Interested candidates are encouraged to send their CVs to [email protected]