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Did you know that biomass doesn't contain ash, but instead, mineral matter which forms ash on combustion? Inevitably, this and any associated physical or chemical contaminants may then contribute to both fly ash and bottom ash which can then impact the efficiency and uptime of your boiler, waste disposal or re-use of the ash. Expert sampling and analysis from Alfred H Knight can help you ensure that your organisation adheres to regulatory requirements, whilst giving you a better understanding of the quality of your fuel and ways to reuse and repurpose your ash. In some circumstances, it may also be possible to repurpose the ash and recycle or reprocess it for reuse in the agricultural, construction or material recovery industries. If you are interested in finding out more information about the impact of fly ash and bottom ash on your biomass power plant, or how sampling and analysis can help you further understand your ash, follow the link in our comments section below. #biomass #contamination #recycle #renewableEnergy

Imagine being an exporter whose EU clients have just given you an ultimatum: Switch from coal to biomass, or we find someone else who will. Thus was the predicament one of our clients faced, who reached out to us in a bind. His product was top-notch, but the environmental credentials? Not so much. The customer has previously experimented with manual briquette firing in his coal boiler, but the nozzle bed simply wasn’t cut for biomass. The next idea was a briquette crusher and a new/modified conveying system, but the capital expenditure and production loss were daunting. That’s when Steamax Envirocare stepped in with a proposal: What if you could meet your client’s demands without any changes to your existing setup or upfront costs? Enter Astillas-our high CV & low ash fuel. We pre-processed the fuel to be suitable for existing coal-firing systems. With Astillas, the customer eliminated any lead time and capex for coal-to-biomass conversion. Operationally, ash generation reduced by 90%. The transition was seamless, cost-effective, and most importantly, client-approved. Curious how Astillas can transform your operations? Follow Steamax Envirocare for more details. #coal #coaltobiomass #biomassbriquettes #boilerfuelconversion #sustainability

Got CO2? CO2 sequestration and utilization pilot tests It takes approximately 1.4 tons of CO2 to produce 1 ton of algae biomass for various products. Algae technologies and equipment can be co-located at or near any cement plant or brewery. For information: Barry@nationalalgaeassociation.org #carbonoffsets #carboncredits #co2 #co2emissions #sequestration #utilization #pilot #tests

According to our estimates, both biomass pelletization and briquetting are effective methods for converting biomass into a more convenient and usable form. Pelletization produces denser and more compact fuel, while briquetting offers versatility in shapes and sizes. The choice between the two methods depends on specific application needs and requirements. Pellets are more efficient for higher energy density and transportation, whereas briquettes are cost-effective and suitable for various shapes and sizes. Which one do you think is more suitable for your business? Want to learn more? Click the link in the bio. #pellets #briquettes #biomass #sustainable #renewableenergy

One of the methods to produce #energy from #waste are pyrolysis units which use microwave assisted pyrolysis to produce #fuel from #biomass and #plastics. This provides an #environmental friendly way for producing #green_energy https://lnkd.in/dvcscV_t

To be able to biochemically convert the organic matter in the wastewater into biomass and carbon dioxide, the aeration basin must be supplied with oxygen. The aeration process accounts for around 70% of the wastewater treatment plant's total electricity consumption. In order to substantially increase operational safety and efficiency, the plant operator recently extensively modernised the aeration system and also replaced the aerators. #waterindustry #watermanagement #watertreatmentplant #watertreatmentsystem #processinstrumentation #flowmeter #wastewatermanagement #wastewater https://lnkd.in/eQjFEKCU

Cleaning your beer lines is one of the most frequent maintenance tasks you'll perform on a draft system. It's not only the most frequent but also arguably the most important, as it directly affects the quality and taste of every pour! That means there is no cutting corners when it comes to the chemicals you use. Some key things to look for are biomass and buildup removers as well as potential boosters or accelerants that will leave your lines as clean as possible. #beverage #beer That is where the triple pack from Vantage Synergy Systems comes in! In the pack you get everything you'll need including: - Biomass Remover - Demineralizer - Accelerator Plus all three of these products are non-toxic resulting in a safer product that avoids hazardous shipping costs. Check it out via the link below: https://lnkd.in/eYtR7hge

Do Less. Amirite? Say goodbye to manual pre-packing and hello to increased productivity and efficiency. Our state-of-the-art packer compresses loose biomass into perfect pucks, reducing storage volume by up to 85%. Customize pressure, maximize throughput, and enhance quality with this innovative solution. 🚀 Oh. It's customizable, too. Check it out. #DoLess #Extraction #Productivity #Innovation https://hubs.la/Q02mj5R30

Case Study Episodes - Wastewater Treatment in a Distillery Plant By implementing a bioaugmentation program, we helped a distillery achieve 80-89% reduction in COD/BOD, stable biomass growth, and full-capacity operations. The process became more flexible to fluctuations, driving increased reliability and lower operational costs. Read More - https://lnkd.in/dppkmXij Facing Similar Challenges in your Effluent Treatment Plant? Connect with our wastewater technical experts now! 📞 +91 8855050575 ✉️ sales@teamonebiotech.com #teamonebiotech #wastewatertreatment #effluenttreatment #bioremediation #industrialwastewatertreatment #bioculturesforETP #ehs #etptreatment #distrillerywastewater #t1bcasestudy

Gasification at pulp mills is a trend for the future. With the gasification plants, mills can prepare for tightening future regulations by reducing fossil CO2 emissions in new and existing lime kilns. ANDRITZ LimeBio-Gas biofuel plants are especially suited for large-scale boilers and kilns, with or without gas cleanup, and they enable a sensible leap in the defossilization of pulp mills. The technology is based on Circulating Fluidized Bed (CFB) gasification reactors and belt dryers, making use of low-quality heat sources with capacities ranging from 10 MW to 150 MW. The plants are safe, reliable, and efficient. At ANDRITZ, we are experiencing a real push for the replacement of fossil fuel use in lime kilns. We encourage you to take part in the green transition and set the new standard in lime kiln burning. Visit our website for more information: https://lnkd.in/dAm2Psmt Contact ANDRITZ’s trusted experts to discuss your project: chemsys@andritz.com. #defossilization #ForTheChange #ANDRITZ #CreatingGrowthThatMatters #GreenTransition