Kalvin Smith - PHF’s Post

Biomass Feedstock for Renewable Energy Biomass Converted to Renewable Energy: During pyrolysis, biochar is only one of the many valuable bioenergy and bioproducts produced. Volatile gases (methane, carbon monoxide and other combustible gases), hydrocarbons and most of the oxygen in the biomass are burned or driven off, leaving carbon-enriched biochar. All of the emissions (better known as air pollution and greenhouse gases) typically associated with burning biomass are captured and condensed into liquid fuels like bio-oil, industrial chemicals, or syngas (synthetic gas). These products can be containerized for sale, for future use at the production facility or used on-site as part of the process for energy production. #BioEnergy #BioOil #BioGas https://lnkd.in/grdZgQaR

💰 How Biomass Fuels Can Save You Money 💡 Switching to biomass fuels can lead to significant cost savings for homes, businesses, and industries. Here’s why: Lower Costs: Biomass fuels are cheaper than fossil fuels, cutting energy bills by up to 50%. Price Stability: Biomass prices are stable, protecting you from market fluctuations. Energy Efficiency: Biomass produces more energy per unit, meaning lower consumption and costs. Tax Incentives: Government subsidies make biomass an even smarter investment. Low Maintenance: Biomass systems require less maintenance, reducing overall operational costs. 🌿 Make the Switch to Biomass Today! Whether for domestic, commercial, or industrial use, biomass fuels offer an affordable, sustainable, and reliable alternative to conventional energy sources. #SaveMoney #BiomassFuels #CostEffectiveEnergy #PakBioenergy #SustainableSolutions

Methanol as energy carrier. Methanol green production comes from Biomass or from CO2. The hydrogenation of carbon dioxide (CO2) to produce methanol could potentially lead to the generation of the ‘methanol economy’. Biomass can be also used to make green methanol via gasification. The link is a ThyssenKrupp review of the potencial uses of methanol as energy carrier. https://lnkd.in/eCEj5Ed9

910,000 tons of densified biomass fuel were produced in May! 📈 With 2,429 full-time employees driving the production of over 13.3 million tons of biomass fuel per year, we're turning biomass into an opportunity to create a more sustainable future. While these figures are important, they symbolize something far more remarkable—a transformation of our energy landscape. The bioeconomy isn't just growing; it's thriving. https://lnkd.in/gGVGz6js #Biofuels #Biomass #Bioeconomy #Sustainablility #FutureOfEnergy

What are the calorific values of different biomass fuels LHV-HHV for energy applications? https://lnkd.in/gWWVTZKP #biomass, #renewableenergy, #calorificvalue, #sustainablefuel, #biofuel, #energycomparison, #greenenergy, #carbonneutral, #biomassfuel, #cleanenergy

🌱 Closing the Biomass Pellet Demand-Supply Gap: A Key to Greener Power Generation! 🌱 The transition to cleaner energy is gaining momentum, and biomass pellet co-firing in thermal power plants is a significant step forward. However, the current supply of biomass pellets falls short of the demand, as highlighted in the chart below. This presents a clear business opportunity to close the gap! ⚡ Thermal power plants are getting ready to co-fire biomass. By boosting the supply chain of biomass pellets, we can: ✅ Reduce dependency on coal ✅ Lower carbon emissions ✅ Create rural employment ✅ Promote a circular economy This would drive the change for a cleaner, more sustainable future! 🌍 #RenewableEnergy #SustainableDevelopment #BiomassPellets #GreenEnergy #ThermalPower #BusinessOpportunity

Here is your daily dose of Renewable Energy: One of the oldest forms of renewable energy that humans have been using is biomass. Its historical roots stretch back to the very beginnings of human civilization, and it continues to play a significant role in our energy systems today. Modern technologies have made it possible to convert biomass into electricity, heat, and biofuels more efficiently than ever before. Advanced processes such as gasification, pyrolysis, and anaerobic digestion have expanded the ways in which biomass can be utilized. Follow for more ☀️ #biomass #renewableenergy

Our Biomass Pyrolysis System is an efficient and environmentally friendly energy solution that converts a wide range of biomass waste into clean energy and high value by-products. Energy efficient: High thermal efficiency maximises the use of energy from biomass. Green and low carbon: Reduces greenhouse gas emissions and is carbon neutral. Adaptable: Can process a wide range of biomass feedstocks. High level of automation: Easy to operate, low maintenance costs. Product diversity: Customised systems can be designed to meet different customer requirements. #cleanenergy #Greenenergy #Lowcarbon #Environmentalprotection #EnergySaving #EmissionsReduction #BiomassEnergy #Biomasspyrolysis #Biochar #PyrolysisSystem

Palm oil operations nowadays are not just produced edible oil. They also have an ability to convert biomass waste into energy. On the other hand, the problems of unfair profit payoff among palm oil farmer and mill still exist. This research provides two game-theoretical modelling when the palm oil mill choose to cooperate and not to cooperate with palm oil farmer considering biomass energy conversion. The solutions show a unique parameter value for the palm oil stakeholder to perform fair profit allocation. The model also finds that the biomass energy conversion may not be feasible due to energy market difference and high energy conversion cost utilization. This research has been published in Environment, Development, and Sustainability under Springer Publisher. The research can be obtained in the following link: https://lnkd.in/gU4f8wib #GameTheory #ProfitSharing #PalmOil #BiomassManagement

As the quest for sustainable energy intensifies, biomass emerges as a pivotal player in the arena of renewable resources....READ More #sustainableenergy #ForestResidues #Deforestation #CofiringTechnologies #energyproduction #greenenergy #biofuels #HighYieldEnergyCrops #energyefficiency #MicroorganismEngineering #greenhousegases #BiomassPretreatment #AgriculturalWaste #bioenergy #EnergyCrops #biomassenergy #energyindependence #renewableenergy #biogas #Decarbonization #jobcreation #BiomasstoLiquidConversion #environmentalimpact