PVC4Cables’ Post

Don't miss this webinar on Cambi SolidStream™, an emerging THP configuration being adopted by utilities for enhanced biosolids reduction and energy recovery.   Hans Holte, Cambi’s Chief Engineer, will share the latest on this technology and its impact on sludge treatment.   Webinar Topic: Cambi SolidStream: Post-AD THP for Enhanced Heat Recovery, Biomethane Output, and Dewaterability   📅 Date: Wednesday, 4 December 2024 🕒 Time: 10:30 IST | 13:00 CST | 14:00 JST | 16:00 AET 📍 Location: Online 🔍 What You’ll Learn: How thermal hydrolysis post-anaerobic digestion boosts biogas yield, heat recovery, and dewaterability. Real-world examples of utilities in the APAC region using or about to use this configuration for enhanced sludge treatment performance. 💬 Have questions? There will be a dedicated Q&A session for live interaction with our expert.   Register now using the link in the comments to secure your spot! Can’t join live? No worries—register, and we’ll send you the recording!   #CambiWebinar #Cambi #WasteWaterTreatment #ThermalHydrolysis #Sustainability #Webinar

I am thrilled to announce the publication of our latest article titled “Waste CO2 Capture and Utilization for Methanol Production via a Novel Membrane Contactor Reactor Process: Techno-Economic Analysis (TEA) and Comparison with Existing and Emerging Technologies” in Chemical Engineering and Processing: Process Intensification. In this study, we conducted a comprehensive comparison of our innovative membrane contactor reactor-based CO2-to-methanol process with four other technologies, focusing on economic metrics and energy efficiency. We performed several sensitivity analyses to evaluate the impact of renewable H2 cost, CO2 cost, plant capacity, membrane cost, and sweep solvent cost, highlighting the strengths and weaknesses of each technology. Overall, the results demonstrate that our novel process surpasses the other four technologies in both economic performance and energy efficiency. You can access the full paper through the link below: https://lnkd.in/eFYzv-rY I extend my heartfelt thanks to my coauthors for their invaluable contributions and support. #CO2capture #TEA #CCU #energy #renewableenergy #technoeconomicanalysis #renewablehydrogen #crboncapture #methanol #greenfuel

Applied Analytics Renewable Natural Gas: Renewable natural gas or RNG is produced by upgrading methane-containing off-gas from landfills, wastewater treatment facilities, anerobic digestors, and even livestock. The upgrading typically includes the removal of acid gases like H2S and CO2, the elimination of moisture, and the addition of odorants prior to being released to a pipeline. The hydrogen sulfide removal is a particularly challenging process to monitor. The low pressures that these streams typically operate at, combined with the requirement to remove almost all H2S eliminates many online analyzers as viable options. The OMA-300-UV with its Zeta spectrometer is specifically designed for these challenging measurements. With its ½ nanometer resolution combined with its ability to see deep into the ultraviolet spectrum, the Zeta spectrometer can see H2S where it absorbs UV light the strongest. This feature is a capability that many systems on the market simply do not possess and enables the Zeta to detect even low levels of hydrogen sulfide. For more information: https://lnkd.in/d7evtrik #appliedanalyticsinc #renewableenergy #greenenergy #h2s #onlineanalyzer #processanalyzer #spectrometer #oma300 #measurements #analyzers #uvlight #methane #hydrogen #RNG #naturalgas

To fill the gap of the intermittency of solar and wind power, the missing piece of the puzzle is stationary energy storage. ⚡🔋 Our member KEMIWATT has developed a way of storing energy on the grid using flow battery architecture which is unique in its ability to decouple power and energy capacity. The energy is stored in the form of liquid electrolytes in external tanks. These liquids flow on-demand through a reactor that delivers power when needed. Their innovation lies in the use of organic molecules in the water to operate the flow battery. It offers the solution to address many storage applications such as the load transfer of renewable energy, grid services or remote sites electrification. #FBEMemberSpotlight Learn more 👇 https://lnkd.in/evqfrUfp

If you are interested in advanced anaerobic digestion and in particular Post-AD thermal hydrolysis, I hope you have time to join our webinar today where I will present and discuss Cambi's SolidStream process. #webinar #anaerobicdigestion #ThermalHydrolysis #dewatering #energyefficiency #circulareconomy #biosolids #sustainability #wastewatertreatment #cambiacademy

🌿 Efficient H₂S Removal Biogas Upgradation Systems 🌿 Proper H₂S removal is essential for maintaining the integrity of membrane systems and ensuring safety in gas processing. Effective H₂S control helps prevent corrosion, optimize performance, and protect downstream equipment. Key Technical Parameters to Monitor: ✅ H₂S Concentration: Defines system design and capacity. ✅ Feed Gas Composition: Impacts separation efficiency. ✅ Pressure & Temperature: Maximizes removal efficiency. ✅ Membrane Selectivity: Ensures precise H₂S filtration. We invite industry professionals, technology providers, and firms wanting to work on membrane systems or gas treatment solutions to connect and explore collaborative opportunities. Let's drive innovation in clean gas processing! #H2SRemoval #MembraneTechnology #GasProcessing #Innovation #Collaboration #gascleaning #cbg ECOFINITY®

We manufactured some of the largest roto-molded industrial plastic tanks in the U.S. for a renewable energy plant in Texas! The cylindrical cone-bottom tanks ranged in capacity from 65 to 1,600 gallons and were precisely outfitted with openings and fixtures. Read the case study here: https://lnkd.in/etP5MdFW #casestudy #biopharma #liquidmanagement #problemsolving #solutions

Update on BRRR meters

Carbon-negative MeOH can play a central role in sustainable chemical manufacturing in the coming years. Electrified processes running on renewable electricity can make this happen. In this work, CO2-based methanol synthesis routes solely based on renewable electricity are conceptually designed and assessed. Specifically, an e-MeOH production route via direct air-captured CO2 and green H2 from water electrolysis is investigated. Check it! #greenmethanol #electrification #directaircapture #greenhydrogen #processdesign #feasibilitystudy