kW Engineering is pleased to announce the promotion of Keaton Mikami to Project Engineer! Keaton joined kW Engineering in May 2023 after graduating from Utah Valley University with a degree in Mechanical Engineering. His first year with kW has flown by as he’s been soaking up information like a sponge. Keaton has been instrumental in numerous projects for Rocky Mountain Power and the University of Utah, including significant central plant optimization efforts. His work is consistently top quality, and always on schedule. Keaton's ability to work with others and communicate effectively has been key to his success. Outside of his professional achievements, Keaton is a chess star among his friends and colleagues. Please join us in congratulating Keaton on his promotion and a fantastic first year! 🎊 #Promotion #EmployeeHighlights #kWEngineering
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Ph.D. Candidate (ABD) @ SUNY Bing | ME | CFD | Clean Energy | Nanomaterials | Robotics | Design | AI
Our research awarded by U.S. Department of Energy (DOE) at Thomas J. Watson College of Engineering and Applied Science, Binghamton University's Mechanical Engineering Department - Binghamton University led by Dr. Cosan Daskiran has found a more energy efficient way to produce drinkable water from sea water using ocean tidal energy through an integrated tidal desalination system. It can be a prospective solution of clean water supply for drinking and agricultural usage in areas affected by natural disasters or remote communities lacking access to drinkable water or electricity grid. Read more in the following article published in Binghamton University's website 👇👇 #cleanenergy #renewableenergy #desalination #doe #naturalresources #fluiddynamics #water
Our recent project awarded by the U.S. Department of Energy (DOE) is highlighted in an article on Binghamton University's website. Thank you for the great article, Chris Kocher! -------------------------------------------- Thomas J. Watson College of Engineering and Applied Science, Binghamton University; Mechanical Engineering Department - Binghamton University; Cleveland State University; Washkewicz College of Engineering at Cleveland State University; Lehigh University; Lehigh University Mechanical Engineering
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I’m happy to share that I’ve just completed APA Group's Engineering for New Energy on Forage. In the job simulation for APA's Project Development team, I: 1. Used solar PV and battery storage technology concepts to develop the scope work for a Basis of Design document. 2. Calculated the solar PV plant's installed capacity, capacity factor, and greenhouse emissions offset potential. 3. Practiced safety awareness whilst using diagnosis and resolution techniques in a hypothetical operational troubleshooting exercise. This simulation exposed me to important stages in Concept Development such as the Basis of Design and the Front End Engineering Design. It taught me important skills such as documentation, reporting, and technical reviewing.
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Mechanical Engineering Student with a minor in Environmental Studies at The University of Texas at Dallas interested in the Environmental Field
Lately I have been on a journey in finding a connection with my interests of environmental/renewable energy and my degree in Mechanical Engineering. As I pass through my years of undergraduate studies and get closer to finding employment, I am educating and exploring this connection more deeply. As my journey continues, I would like to show one article from Michigan State University that opened my eyes about how these could coexist more clearly. It is something that most people don't expect a Mechanical Engineer to get into, but I would like to change that narrative. https://lnkd.in/g3ireejK
How Mechanical Engineers Lead Advances in Renewable Energy
https://online.egr.msu.edu
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SEVA celebrates Thermal Engineers and their invaluable contributions to our industries, economy, and energy efficiency goals on National Thermal Engineers Day 2024! ⚙ 🔥 👷🏻♂️ Thermal engineers are unsung heroes who focus their efforts on developing efficient heat transfer and heat management systems and technologies, furthering our quest for sustainable energy solutions, thus guaranteeing a safer, more efficient, and environmentally-friendly future. Thermal Engineers are high performance individuals and assets to their organizations. They manage and develop the latest best practices around thermal energy utilization and management, heat waste management, safety and compliances during hot work, and effective management of mechanical systems that involve heat transfer. A good Thermal Engineer is able to master all interactions between mechanical heat and various industrial and physical systems. Let's honour their accomplishments and recognize their crucial part in establishing a sustainable future! #NationalThermalEngineerDay #Sustainability #EngineeringExcellence #SafetyFirst #Energyefficiency #Mechanical #Heattransfer #heatwaste #energy
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Promising solution for countries like Saudi Arabia which is both highly dependent on Desalinated water and has large deltas in elevation changes near their coasts.
Cornell engineers have refined a model that not only cultivates green energy, but also desalinates ocean water for large, drought-stricken coastal populations. “With our growing population, there are increasing energy demands and mounting freshwater needs,” said Maha Haji, assistant professor in the Sibley School of Mechanical and Aerospace Engineering, in Cornell Engineering.
Seaworthy solution yields green energy, fresh water | Cornell Chronicle
news.cornell.edu
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Director at SLR Consulting (formerly Vectos) - Transport Development Planning | Future Transport | Electric and Autonomous Vehicle Consultancy
Another great example of SLR Consulting's support for the EV transition, ranging from our geotechnical & land quality assessments to detailed charger demand / utilisation forecasting, fleet transition advice, civil engineering design, environmental resilience consultancy, acoustics, ecology and, critically, utilities capacity. #EVCharging #EVadvisory #ESG ITPEnergised (part of SLR)
As part of Motor Fuel Group’s ongoing energy transition, SLR is pleased to have been working with them on the installation of electrical vehicle charging infrastructure, which will support the UK’s Zero Emission Vehicle (ZEV) mandate, published in September 2023. Field engineer Stephanie Gage took the below photo while working with MFG at its East Grinstead site. SLR’s role on the project was to validate removal of legacy underground fuel tanks and pipework to allow installation of EV charging facilities and replacement fuel infrastructure with secondary containment and state of the art wetstock monitoring. The project will see MFG convert another conventional petrol filling station to a dual fuel service station with EV charging hub. SLR continues to provide services across a range of disciplines, from land quality to ecology, and civil engineering to acoustics, for clients at the forefront of road vehicle energy transition. Visit our website to see how we can support your energy transition journey too - https://lnkd.in/e-dXFgMm #MakingSustainabilityHappen
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Discover the Smartest Path to Your Power Engineering Certification Navigating through Power Engineering exams can be a daunting task. But what if you knew the most strategic order to tackle them? Our latest blog post on Power Engineering 101 sheds light on this very topic. 🌟 Highlights: - Understand how the exam process has evolved since December 1, 2013. - Explore various options for the sequence of your exams. - Get insights backed by statistics from the ABSA website. - Tailor your exam approach for maximum success. Whether you're enrolled in a formal program or steering through self-study, this guide is your roadmap to efficiently navigate the Power Engineering certification journey. 🔗 https://rfr.bz/l8yjzsk "
The Easiest Order To Write Your Power Engineering Exams - Power Engineering 101
https://powerengineering101.com
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Excited to share the successful completion of our Capstone Project: an innovative PLC-based Automatic Sulphur Treatment Plant developed by our team! 🌿 During our time at Conestoga College , we tackled the challenge of creating an efficient and eco-friendly solution for Sulphur treatment. Leveraging Programmable Logic Controllers (PLCs) and advanced automation techniques, we designed a system that optimizes the treatment process, reducing waste and improving overall productivity. Key features of our project: 🔹 PLC integration for precise control and monitoring 🔹 Automated sulphur treatment processes for enhanced efficiency 🔹 Environmental sustainability at the forefront of design 🔹 Seamless integration with existing industrial setups 🔹 Real-time data analytics for informed decision-making
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Episode two : In this video, I share insights into my job, work-life balance and my role in the future of the energy sector. #energy #engineering
💡🔬 In his second video, François, our dedicated Mechanical Process and Project Engineer in the Gas-to-X department, shares insights into the projects that bring him the most pride, along with his strategies for staying on top of the latest developments in the field of engineering. 🔗🎥 Don't miss the chance to be inspired by François's journey and the transformative strides he's making in the realm of sustainable energy. #engineering #energy #sustainability #hydrogen #job #jobopportunity #passionatepeople #WeAreTractebel François Malvaux
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“I really just love to learn, so regardless of the topic, I strive to make connections to other disciplines so I can create a new perspective,” says Maya Kaperick. Maya connected the fields of mechanical engineering, environmental geography, and policy into a unique Inter-College Program major. #ugrad #story #sustainability #ClimateChange #MechanicalEngineering #EnergyPolicy #RenewableEnergy @ngrenewables https://lnkd.in/eZavM7Bi
A Future Leader in Clean Energy
ccaps.umn.edu
