Microbeam Technologies Inc.

?? ????-???????????? ???? ??????????-???????? ?????????????? ?? Co-firing involves burning multiple fuel types together in controlled ratios to enhance efficiency and sustainability. This approach is widely used in ??????????-????-???????????? ???????????? and ???????????????????? ???????????????????????? ??????????????, where fuels like coal and biomass or natural gas and hydrogen are combined for optimized performance. By utilizing co-firing, plants can: 1. ?????????? ?????????????????? by integrating cleaner fuels 2. ?????????????? ???????? ?????????????????????? with diverse energy sources 3. ?????????????? ???????????????????? through balanced combustion Co-firing allows power plants to transition toward cleaner energy while maintaining reliability. Learn more about fuel blending strategies on MTI’s Energy Blog in our biomass and coal fuel blending case studies: https://lnkd.in/gyZMQbpJ #PowerGeneration #FuelBlending #CoFiring #Biomass

?????????????????? ???? ?????????????????????? Microbeam had a great turnout at the SME’s annual 2025 MINEXCHANGE conference in Denver last week with Alex Benson, Ari Campanaro, Eric Kolb and Logan Anderson in attendance! Congratulations to Eric Kolb for his successful presentation, "?????????????????????????????????? ???????????????? ???? ??????????????/?????????????????? ????????????????????," which showcased MTI’s cutting-edge work in the critical mineral sector. We are excited to build on these connections and explore new opportunities ahead! #Mining #SMEConference #CriticalMinerals #RareEarthElements?

?? ????-???????? ???????? ???????????????? ???? ?????????? ???????????? ?? Power plants often blend fuels on-site using ???????????????? ??????????????, ??????????, ???? ?????????????? ?????????? to achieve the desired fuel composition before combustion. This method is commonly used in ????????-?????????? ?????? ?????????????? ????-???????????? ????????????, where different fuel types are stored separately and mixed just before use. By blending fuels on-site, plants can: 1. improve combustion efficiency ?? 2. reduce emissions ??? 3. and optimize fuel costs ?? On-site blending provides the flexibility operators need to adjust fuel mixtures based on availability, pricing, and performance needs. Visit MTI’s Energy Blog for our in-depth case studies highlight our experience with fuel blending: https://lnkd.in/gthizvGr. #PowerGeneration #FuelBlending #Combustion #BiomassEnergy

?????????????? ???? ???????? ???????????????? ???? ?????????? ?????????????? Fuel blending optimizes combustion efficiency, reduces emissions, and lowers fuel costs by combining different fuel types to balance performance and environmental impact. Blending is achieved through various methods depending on the fuel type, power system, and operational goals. The primary blending approaches include: 1. Pre-Blending Before Delivery 2. On-Site Blending at Power Plants 3. Real-Time Blending During Combustion 4. Co-Firing in Multi-Fuel Systems 5. Automated Fuel Blending Systems Visit MTI’s Energy Blog for our in-depth case studies on fuel blending: https://lnkd.in/gthizvGr. #fuelblending #cofiringfuel #fuelblendingmethods #powergeneration

We would like to invite you to?Eric Kolb's?presentation on the?"?????????????????????????????????? ???????????????? ???? ??????????????/?????????????????? ????????????????????". This session will provide valuable insights into???????????????????'?? ???????????????????? ?????????in the extraction of these critical elements. ????????????Wednesday, February 26 at 2:25 pm ?????????????:?2025 SME Annual Conference & Expo #Germanium #Gallium #CriticalMinerals

We’re looking forward to joining the 2025 SME Annual Conference & Expo from February 23rd through 26th in Denver, CO! Don’t miss the opportunity to connect with Microbeam’s Alex Benson , Ari Campanaro, Eric Kolb, and Logan Anderson during the event. Eric will be presenting on the topic of Germanium and Gallium extraction on Feb 26. #Mining #CriticalMinerals #RareEarthElements

???????? ?????????? ?????????????? ?????? ?????????????? ?????????? ???????? ????????????????? Fuel blending can be utilized across various power generation systems, including: ????????-?????????? ?????????? ???????????? – Blending different coal types (e.g., bituminous, sub-bituminous, lignite) to optimize combustion efficiency, reduce emissions, and control slagging/fouling. ?????????????? ?????? ????-???????????? ???????????? – Mixing biomass with coal or other fuels to enhance sustainability and lower carbon emissions. ??????????-????-???????????? (??????) ???????????? – Mixing municipal solid waste with other fuels to stabilize combustion and control ash deposition. Visit MTI’s Energy Blog for our in-depth case studies on fuel blending: https://lnkd.in/gthizvGr. #fuelblending #cofiringbiomass #wastetoenergy #sustainability

? ?????? ?????? ???????? ???????????????? ???????????? ?????????????????? ???? ?????????? ????????????? Fuel blending is an effective strategy for reducing emissions in power plants. ?????????????????? ?????????? ???????? ?????????????????? ?????????????????????????????? ???????????? ?????????? ???????????????? ?????? ?????????????????? ???? ???????????????? ?????? ???????????????? ???? ???????? ???????? ???????? ???? ???????? ???????????????? ?????????????????????? ???? ?????????????????????????? ??????????. By adjusting fuel composition, pollutants like sulfur dioxide (SO?) and nitrogen oxides (NO?) can be minimized at the source. Selecting and mixing fuels with lower sulfur and nitrogen content helps balance emission reduction while still maintaining energy efficiency and performance. Visit MTI’s Energy Blog for our in-depth case studies on fuel blending: https://lnkd.in/gthizvGr. For a personalize assessment of how you can meet your specific fuel blending needs contact us at https://www.microbeam.com/ #Emissionreduction #emissioncontrol #powerplantmanagement #Energyefficiency

We’re excited to announce that?Shuchita Patwardhan, Director of Technology at Microbeam Technologies Inc., will be moderating the upcoming?#IBCE25 panel?on Biomass Processing Solutions for Lowering Emissions and Boosting Efficiency! As a leader in the field, Shuchita brings extensive expertise and a passion for advancing sustainable technology. This panel promises to offer valuable insights from industry experts, and we look forward to a lively and engaging discussion on innovative biomass solutions that are shaping the future of clean energy. Don’t miss out—join us at?#IBCE25?for this important conversation! #Biomass #Sustainability #Innovation #CleanEnergy #IBCE25

?? ???????? ???? ?????? ???????? ???? ?????? ???????????????? ???? ?????????????????????????????? ?????? ????????????????? Scanning Electron Microscopy (SEM)?is a high impact approach for troubleshooting ash deposits in combustion systems. With SEM analysis of input fuel and resulting deposits, ?????????? ???????????? ?????? ???????? ?????? ?????????????????????? ???? ?????????????? ??????????????????????, ???????????? ????????????????, ?????? ?????????? ?????????????????????? ??????????.? ?? ?????? ???????????????? ????????-???????????????????? ?????????????? that reveals the detailed structure and composition of ash particles. Microbeam can ???????????????? ?????? ?????????????? ???????????????????????? ???? ?????? ??????????-???? by analyzing these microscopic features. These key factors include: ? ???????????????? ????????, ??????????????????????, ?????? ?????? ???????????????? ???? ???????????????? ?????????????????? This information helps pinpoint the root cause of deposit formation and guides ???????????????? ?????????????????? ???? ???????????? ?????????????? ?????? ?????????????? ???????????? ????????????????????. To learn more about Microbeam’s deposit and slag analysis and how we help troubleshoot performance issues visit: https://lnkd.in/dinB3pUB #SEM #ashdeposition #plantperformance #energygeneration