Can biofuels production meet federal air quality regulations? At what cost? What are the emissions across the biofuels supply chain? What are the economic and human health impacts? Are there mitigation opportunities and approaches that work?
Optimizing and de-risking the deployment of biomass gasification processes by implementing physics-based simulations of feed handling and transportation unit operations was NREL’s goal as they did modeling and simulations to support Red Rock Biofuels during design and build of their commercial facility. Find out more about Red Rock’s feedstock, process, results, and more.
Today, recycling plastics and advances in depolymerization technologies that have the advantage of creating a recycled monomer with identical properties to the virgin monomer suitable for all applications, including food contacts. NexantECA’s Marisabel Dolan and Johan Vandebeek shared this slide guide at last week’s DigestConnect looking at feedstocks, processing technologies and targets, and more.
Determining the technical feasibility of using biofuels, especially bio-oils, for marine engine use, understanding the efficacy of biofuels in marine transport, looking at the impact on fuel handling systems and impact of bio-oils blended with market heavy fuel oils (HFO), is what Oak Ridge National Lab is working on.
The Greenhouse gases, Regulated Emissions, and Energy use in Technologies Model – aka GREET – can be used to address impacts and conduct life cycle analyses of biofuels and bioproducts. Check out Argonne National Laboratory’s BETO Peer Review presentation on how it works, why it’s important, and more.
Here’s the latest on energy efficient biomass drying and torrefaction equipment which uses 50% less energy than traditional technologies and reduces total supply chain costs (transport, storage, footprint), with a cost per gigajoule equal or better than for white pellets. Yilkins’ tech and equipment also show advantages as a feedstock for gasification processes.
You’ve probably seen the IATA Tech Roadmap and ICAO’s goals for aviation’s CO2 emissions to decrease, but how do we get there? Check out this illuminating slide guide from BETO’s Peer Review where Sandia National Labs shows us the opportunities, the pathways, progress and outcomes for advancing biojet fuel, and more.
Take a look at reducing carbon intensity of ethanol plants using innovative modernization techniques in this illuminating slide guide from Shrikant Rathi, the general manager (Americas) for Praj. Shrikant shares how to maximize your margins, the latest on evaporative distillation for fuel ethanol production, alcohol vapor recompression, and more.
Did you know that adding plant substrate to some algae strains (not all!) can result in improved biomass and/or lipid production? That’s what Amanda Barry from Sandia National Labs reported in this slide guide on their investigation of top contender algae strains for large-scale biofuel production. See how scale up and optimization of mixotrophic growth […]
Lignin 20-30% of plant/wood biomass is the key to a successful biorefinery that would make both biofuels and bioproducts said Mark Thies from Clemson University in this BETO Peer Review slide guide that dives into the lignocellulosic biorefinery today, a better way to fractionate and clean lignin via the ALPHA process, key challenges, results and […]
