⚙️ Norbert Palenstijn’s Post

Did you know that biochar creation involves vacuum technology in the pyrolysis process? Heating organic materials without oxygen in a vacuum or low-oxygen setting produces biochar, preserving valuable organic material. This carbon-rich biochar enhances soil fertility and sequesters carbon. Our SOGEVAC SV series is optimizing biochar production efficiency. With unparalleled performance, it excels in establishing and maintaining precise vacuum conditions! Ready to delve deeper? Learn more about the biochar process below. 👇 #Leybold #biochar #vacuumtechnology #soilstabilization

Biochar is a form of charcoal used to improve soil health and sequester carbon. It's produced by pyrolysis, the thermal decomposition of organic material in the absence of oxygen. Here are some common biochar preparation and production techniques. These techniques can be adapted and optimized based on the specific requirements and available resources, balancing efficiency, cost, and environmental impact. https://lnkd.in/dirSrRQU #Kerone #Biochar #ProductionPlant #ProcessingPlant

Biochar is a form of charcoal used to improve soil health and sequester carbon. It's produced by pyrolysis, the thermal decomposition of organic material in the absence of oxygen. Here are some common biochar preparation and production techniques. These techniques can be adapted and optimized based on the specific requirements and available resources, balancing efficiency, cost, and environmental impact. https://lnkd.in/djWen-uv #Kerone #Biochar #ProductionPlant #ProcessingPlant

Covid caused some major disruption and its long term implications are being felt all over the world. Often we only hear the negative repercussions. However, there are also good news stories! As a direct result of the Covid pandemic, great advances have been made in the field of disinfection. One of these advances is the technology to produce the highly effective algae killing compound Hydrochlorous Acid, HOCL. HOCL is widely recognised as the most effective method of killing algae in large bodies of water, thus preventing algae blooms. The by products of production are only water, hydrogen and oxygen. By-products produced with its application are not toxic, environmentally friendly and do not leave chemical residues. Large scale production has, until now, been expensive and produces a low grade product, with a high salt content. With the patented double pole ECA Technology, these two downsides have been eliminated. Ultra pure HOCL can now be produced at a low cost. When it comes to removing algae from large bodies of water, like #LoughNeagh, there is no better method. #algae #waterways

From your backyard to your business, the SludgeHammer system has a natural, eco-friendly wastewater solution for your septic. 🦠♻️💧 The EPA estimates that 95% of all septic system failures are caused by clogging from colonies of bacteria that journey to the disposal field, producing soil-clogging slime called biomat. SludgeHammer is a patented aerobic bacterial generator that stimulates the growth of specialized bacteria right in your septic tank. The micro-organisms aggressively digest the organic waste in your holding tank before migrating into the disposal field, where they consume the biomat that clogs the soil. The digestion is so complete that the need for pumping your septic system is virtually eliminated! Stop storing waste to pump out and start treating it onsite with the power of a SludgeHammer system today. Learn more about our biotechnology, see case studies, or sign up to become a local installer for your community at www.SludgeHammer.net - - #wastewater #ecofriendlyproducts #greensolutions #sludgehammer

This study repurposes phosphogypsum, an industrial byproduct, by modifying it with sodium carbonate and combining it with pineapple peel to create biochar. The resulting material effectively removes fluoride from wastewater, showcasing a sustainable approach to managing industrial waste and improving environmental outcomes. https://buff.ly/4csmrWE #Biochar #Pyrolysis #CarbonCapture

BG Max 3000 is designed to optimize anaerobic treatment system performance by leveraging the synergistic effects of specialized beneficial microorganisms and fast-acting enzymes. https://lnkd.in/gJTMH44R Enhanced Degradation: The combined action of microorganisms and enzymes ensures a more complete and faster breakdown of organic waste. Increased Biogas Production: Improved microbial activity leads to higher biogas yields, providing a more sustainable energy source. Reduced Sludge Volume: Efficient breakdown of organic material results in lower sludge production, reducing the need for frequent sludge removal and associated costs. System Stability: The product helps maintain a balanced microbial ecosystem, which is crucial for the consistent performance of anaerobic treatment systems. Cost-Effective: By enhancing the efficiency of the anaerobic digestion process, BG Max 3000 can reduce operational costs associated with waste treatment and energy production. #wastewater #performance #treatment

❇ Financial viability and risk analysis of biochar mediation in large-scale high-strength anaerobic wastewater treatment ❇ 🔍 As we strive for more sustainable solutions in #high_strength industrial #wastewater treatment processes, our latest research sheds light on the significant role #biochar can play in treating #distillery_wastewater. In this study, we experimented with biochar in three different particle sizes (<2 mm, 2–5 mm, >5 mm) to assess its effectiveness in #anaerobic_bioreactors, a crucial component of wastewater treatment. The findings were striking—biochar particles larger than 5 mm emerged as the most effective, achieving a specific methane yield of 268 ml/g COD and an impressive productivity rate of 0.43 L/L/d at an organic loading rate of 1.57 g COD/L/d. The lower particle sizes of biochar were washed out due to continuous operation while larger particles remained in suspension acting as a #microbial_biomass_carrier. ⚖️ When compared to Calcium Carbonate, biochar not only outperformed in methane production but also showed promising #economic_potential. Our detailed #techno_economic_analysis revealed that large-scale application of biochar in distillery wastewater treatment could yield a net present value of €769,564 with an 18% internal rate of return. 🚨However, it's important to note that while the financial prospects are encouraging, there's still a 48% #risk_of_financial_loss. Interestingly, this risk can be significantly mitigated with just a 1–3% annual increase in revenue from electricity, heat, and fertilizer sales—demonstrating how small adjustments can make a big difference. 🔬Looking ahead, our research will delve deeper into optimizing the use of biochar in the different #anaerobic_reactors for #continuous and #flexible power generation. We'll be exploring higher organic loading rates and analyzing microbial communities to better understand how biochar can support microbial growth and reduce microbial washout. By fine-tuning these variables, we aim to unlock even greater potential for biochar in sustainable wastewater treatment, contributing to both environmental and economic gains. Many thanks to Dr Anga Hackula for his valuable input. Link to the research study: https://lnkd.in/dZNfujGt

The study explores using biochar derived from water hyacinth to remove arsenic from water. Iron-modified biochar demonstrated high adsorption efficiency across a broad pH range, with minimal impact from nitrate ions and potential reusability, offering a sustainable solution for arsenic-contaminated water treatment. https://buff.ly/3XfHW7C #Biochar #Pyrolysis #CarbonCapture

#Biochar, Widely recognized as an effective tool for carbon sequestration and soil fertilization, understanding its chemical and physical properties which are linked to the types of initial material used and the conditions of #pyrolysis is crucial to identify the application the most appropriate #biochar in the soil