Another session of "Candid Biofuel Talks".....good discussions on possibilities of CBG production in sugar industry, dairy industry and through use of municipal solid waste. Useful interaction on opportunities and challenges. Need for developing an ecosystem for CBG so as to ensure smooth take-off of gas and digestate also discussed.
🌱 #DidYouKnow? #BioLPG will play a major role in the future as a #sustainable alternative to traditional #LPG.
Derived from renewable sources like biological oils, fats, and glucose fermentation, bioLPG boasts an impressively low carbon footprint, up to 80% lower than conventional LPG. 🌍
Our #compositelpgcylinders are fully compatible with #BioLPG, providing businesses with a flexible energy solution. 🌿
#GreenEnergy#Sustainability
Post-doctoral Research Associate at University of Illinois Urbana-Champaign, Center for Advanced Bioenergy and Bioproducts Innovation (CABBI), US Department of Energy
Excited to share our latest publication:
Global concerns for GHG emissions and soaring renewable fuel demands have urged many scientific communities to find a cheap, reliable, and suitable renewable source for the establishment of a green economy.
In view of this, CABBI’s recently developed engineered sugarcane, or “Oilcane” represents a sustainable bioenergy crop for the coproduction of bioethanol and biodiesel in industrial biorefineries.
Read our recent research, which is a step forward in the development of green processing methods for efficient fractionation of sugars and lipids from a single bioenergy crop.
For more information follow https://lnkd.in/gPUQPqFg#CABBI#biofuels#biomassenergy#greenchemistry#fuels#sustainabledevelopment#biodiesel#bioethanol#greenfuture#bioeconomy#Euectic solvents #sugar
The performance efficiency of your biogas plant is remarkably dependent on the fermenter biology. The highest possible yield can only be achieved through a perfect fermentation process.
To help with this, we have created a range of additives to maximise performance.
TRACE elements
Custom trace elements to optimise biomass performance.
ENZYMES
Bespoke enzymes to increase substrate degradation.
AMMONIA control
Specialised toxicity prevention and control products.
SULPHUR control
Control of H2S in biogas and co-generators.
CRUST control
For a more homogeneous, less viscous crust-free digestate.
DEFOAMING
Silicon FREE foam prevention and removal.
With our know-how, you will make the most of your biogas plant.
What is the difference between the independently certified, entirely waste-based biomethane service procured through ZEMBA’s first tender and the biofuel offerings available today from individual carriers?
Hapag-Lloyd AG’s #biomethane service will result in emissions reductions for ZEMBA members in the low-to-mid 90’s, a number greater than any biofuel offerings on the water today on a voyage basis. The #emissions reductions associated with today’s biofuel offerings are limited by engine manufacturer limitations on blend proportions. A report from The International Council on Clean Transportation found well-to-wake emissions reduction of 85% for hydrotreated vegetable oil (HVO) and 75% for Fatty Acid Methyl Ester (FAME) biodiesel.
While all bio-based fuels have scalability concerns, biomethane can be an important fuel for the immediate #decarbonization of the existing liquid natural gas (LNG) fleet. Crucially, no new LNG-related infrastructure or vessel reconstruction is required to deploy the services associated with ZEMBA’s first tender.
For our next tender, ZEMBA is focusing on e-fuels, seen by many as vastly more scalable than bio-based offerings toward decarbonizing the #maritime sector.
Read more of the science here https://lnkd.in/ehF2qH-B
New work "Pretreatment of wheat straw using ammonia rich-liquid fraction of digestate: Contribution of biological and non-biological components in methane yield" recently published.
The study found that biogas slurry (BS) pretreatment significantly enhances the biodegradability and methane production of wheat straw (WS) by breaking down its lignocellulose structure through the synergistic action of ammonia nitrogen and microorganisms. This method increased methane production by 23.8% and provided 33.2% higher economic benefits compared to no pretreatment, making it a cost-effective and efficient strategy for biogas production.
https://lnkd.in/gxeFtHkw
🌱 Did you know that a single imbalanced element in your anaerobic digester could be holding back your #biogas yield potential? 😳
🔬 Sorry to say, but it's true! At Digester Doc, we've conducted extensive lab studies revealing the critical role of trace elements and micronutrients in #methane production within these systems.
📈 Even a slight deficiency in one nutrient can throw off the entire biogas production process, leading to suboptimal yields. But fear not! There's a solution. By making simple adjustments to the chemistry and biology of your digester, you can unlock increased yields of up to 30% or greater.
💡 Our team specializes in identifying and rectifying these imbalances. Through meticulous monitoring and analysis, we pinpoint deficiencies in essential trace elements and devise tailored strategies to rebalance nutrient levels within your system. The result? Increased stability, productivity, and, most importantly, enhanced gas yields.
🌾 Whether it's sourcing local feedstocks rich in essential nutrients, incorporating targeted additives, or developing custom formula blends, we have the expertise to optimize your digester for peak performance. Say goodbye to downtime and hello to maximum gas yields! 💪
Ready to tap into the full potential of your anaerobic digester? Reach out to us and transform your system like never before.
Let's get started!
+1 (208) 278-2651
contact@digesterdoc.comhttps://lnkd.in/edMJsQM#anaerobicdigestion#biomethane#biofuel#biomass#renewable#renewablenaturalgas#RNG#renewableenergy#sustainable#sustainableenergy#sustainability#cleanenergy#greenenergy#methanecpature#carbonneutral#netzero#wastetoenergy
Perhaps #MalaysianPalmOil is a solution for #PlanetVsPlastics?
Did you know? Bio-based plastics or bioplastics are plastic material made of renewable biomass sources such as corn starch, food waste and vegetable oils and fats including palm oil.
Read more at the #MPOC website: https://buff.ly/3wcvNH1
Share this infographic to help #bioplastics get more traction!
#WorldEarthDay
Impossible is just an opinion | Born with Biogas blood | अगर सूरज की तरह जलना है तो रोज उगना पड़ेगा | Views are personal |
6moNarendra Mohan Agrawal Sir it was a pleasure sharing the screen with you