Econotherm (UK) Ltd’s Post

Are you wasting your energy? Solex offers now Econotherm heat pipe technology that provides efficient solutions for energy recovery from exhaust gases helping to decarbonize many industrial processes.. Don't waste your time and get in touch! 😉 #decarbonization #energyrecovery

My first scientific article was recently published in AIChE Journal! If you want to read about flow assurance challenges (corrosion, hydrate plugs) related to CO2 pipelines from a thermodynamic perspective, you can find it below. https://lnkd.in/g-vr2qrU

New review article on NOx emissions and mitigation techniques from Ammonia based fuels using different applications/burner configurations. We have compiled relevant data and shared our perspectives on NOx emissions in laminar/swirl/ICE/MILD/plasma assisted combustion systems. Furthermore, we have also reviewed the impacts of NOx emissions from chemical kinetics, CFD and machine learning point of view. The article has open access and can be viewed from here: https://lnkd.in/exCfkj-y I thank all my co-authors for all their supports and enormous efforts. Hao Shi, Luca Mazzotta, Cihat Emre Üstün, Dr. Aravind Balakrishnan, Roberto Meloni, Ali Alnasif, Elena Boulet, Radoslaw Jankowski, Chunkan Yu (俞淳侃), Mo Alnajideen, Amin Paykani, Ulrich Maas, Rafal Slefarski, Domenico Borello, Agustin Valera Medina

Exceeding your emission goals with Thermal Oxidizers Thermal Oxidizers are combustion devices that heat fumes to approximately 1500 °F (815 °C), ensuring that hydrocarbon-based pollutants undergo oxidation. This process converts harmful emissions into heat, water, and carbon dioxide, which are safer for our environment. But it doesn’t stop here – heat and hot water can be used to power a second process that requires steam. 💡 Different types of Thermal Oxidizers, such as recuperative and regenerative models from Anguil Environmental Systems, Inc. use heat exchangers to improve thermal efficiency and reduce greenhouse gas output. https://hubs.li/Q02GwfT40 Contact us to learn more about the types and applications and how they might be used to exceed your emission goals. Let's make our industrial processes greener together! https://hubs.li/Q02GwfLz0 #IndustrialSolutions #GreenTechnology #AirQuality #Anguil

Our review article on NOx emissions from the combustion of ammonia based fuels is published in Energy & Fuels. Special thanks to Syed Mashruk and Agustin Valera Medina for their lead in composing this comprehensive review. #Ammonia #Combusion #NOx #Emissions

In order to continue the development of artificial refrigerant materials in connection with the global increase in earth temperature and climate change. So of course, one option to make it safer for the environment is to offer a natural refrigerant that does not contain the elements Cl and F in its chemical structure, namely HC (hydrocarbon) refrigerant and the GWP index price has been stated = 0.02 for R-290. It can be stated at this time that: Based on the academic hypothesis, hydrocarbon refrigerants can replace artificial refrigerants, as long as the refrigerant is used in a closed system with a vapor compression cycle. #refrigerants

Industry and academia are collaborating on multiple #research projects to assess how #CO2 might impact the various production components of future carbon capture and storage (#CCS) projects. #Corrosion issues could arise during transportation of CO2 through #pipelines and then downhole following injection into the subsurface. And once stored, the behavior of the CO2 and its influence on the reservoir’s structural integrity will need to be carefully monitored. The Net Zero Technology Centre (#NZTC) is supporting some of the current programs, bringing together #offshore operators, #technology developers and universities to address and forestall some of the potential pitfalls. Check out this feature from the May/June 2024 issue of Offshore magazine by London editor Jeremy Beckman at https://lnkd.in/g3GukjDM. SLB Heriot-Watt University Halliburton Baker Hughes Ai Exploration Shell National Oceanography Centre University of Southampton #researchanddevelopment #offshoretechnology #carbon #carboncapture #OffshoreMagazine #EndeavorBusinessMedia

DYK: Not all ground is ideal for sequestering carbon dioxide. Highly porous and permeable saline rock formations (deep beneath the earth’s surface) are needed. Learn what this means for CO2 capture and storage: https://lnkd.in/gSuCNU8B

Yo Net Zeros what's your replacement plan for crude oil? I'm assuming it's not plant based that uses c02 photosynthesis. Get it together man in the refrigerant world hydrocarbon refrigerants are the saviors of the atmosphere not expelling CFC's and HCFC's. Does anyone really have an answer or are we running on emotions and political science modification of imperical science? #netzero #co2 #criticalthinking #climatescience #unintendedconsequences

The presence of natural refrigerants of the hydrocarbon (HC) type with its various varieties, has existed before the existence of artificial refrigerants was produced and is currently widely used. Academically, thermodynamically and practically, natural hydrocarbon refrigerants have advantages, compared to all types of artificial refrigerants that exist today. Among one of its advantages in terms of thermodynamics, namely it can replace artificial refrigerants that have been introduced previously starting from the CFC group (already banned), HCFC (currently in the phase out period in several countries and some have banned), HFC (currently experiencing a phasedown towards a phaseout later), and HFO (artificial refrigerant that has been introduced as a replacement for HFC refrigerant). So this natural hydrocarbon refrigerant is one of the choices in answering the challenge of the increasing amount of greenhouse gas emissions equivalent to CO2 gas produced from artificial refrigerants currently used in cooling systems.