EQTEC TECHNOLOGY - THE PROCESS
The technology is based on a bubbling fluid bed gasifier
Biomass & Waste
Gasification
Raw Syngas
Hot/Cold Gas Condition
Clean Syngas
Output Applications
#EQT#EfW#Gasification
That's my "it's working at last" face, but when you trying to run your mower of smoke you'd have that to lol. Video now online . https://t.co/8SfhkFcFoP #colinfurze#gasifier#woodgas#newvideo
Chinese scientists have developed a new technology to produce biodiesel #fuel with over 40% #biomass content, better than the global average of below 10%. The team has set up an industrial production unit with an annual output of two million tonnes. #Environment#CarbonReduction
SUNY Cobleskill’s rotary gasifier is moving into a new development phase with award funding through a National Science Foundation grant totaling $255,879. The gasifier technology converts waste into biofuels, biopower and soil supplements.#biomass https://t.co/Qlk774XKL4
Coal Gasification: India’s “Black Gold 2.0” Moment 🔥
For decades, India has mainly used coal by simply burning it to generate electricity.
But Coal Gasification changes the game completely.
Instead of directly burning coal, the coal is converted into a cleaner fuel called Syngas (Synthetic Gas) using oxygen, steam, heat & pressure inside a Gasifier.
This Syngas becomes a powerful industrial raw material that can be used to produce:
• Synthetic fuels
• Fertilizers like Urea
• Cleaner & more efficient electricity
• Chemicals like Methanol & Acetic Acid
In simple words: India is trying to move from: Burning Coal to Using Coal as a Chemical Resource.
India imports massive amounts of:
• Crude Oil
• Fertilizers
• Natural Gas
• Industrial chemicals
Coal Gasification can reduce these imports significantly by using India’s own coal reserves to manufacture many of these products domestically. This strengthens:
• Energy Security
• Aatmanirbhar Bharat
• Fertilizer Independence
• Chemical Manufacturing
The biggest opportunities may emerge in:
Fertilizer, Chemicals, Energy Infrastructure, Gas Handling & Engineering & EPC
Key PSU names to track:
• Coal India Limited
• GAIL (India) Limited
• Bharat Heavy Electricals Limited
Note: (Always do your own research before investing; this is for educational purposes.)
Coal Gasification , Air Blown Gasifier mechanism , mapping the process and commercial viability
Remains crucial to study this at this time , considering the global crisis as well as Government recent push on this
Working on something in detail here with Arvind @logical_traderr , publishing soon
Task 33 (Gasification of Biogenic and Waste Feedstocks for a Sustainable Future) has released its latest status report on thermochemical gasification of biomass and waste, providing a comprehensive overview of technologies, markets, and regional trends.
Key insights:
- Europe: Gasification for small-scale CHP is well-established, but scaling up to advanced fuels like SAF and hydrogen faces a critical valley of death—many technically proven projects (e.g., Gaya, Bioliq®, ABSL, KEW) stalled due to financial barriers.
- North America: Ambitious projects struggle with cost and policy uncertainty—Enerkem and Fulcrum closures highlight risks, while new entrants (SunGas, DG Fuels, Mote) are advancing green methanol and carbon-negative hydrogen.
- Asia: China is taking the lead with >80 large-scale plants in operation and >90 renewable methanol projects planned, projected to deliver 60% of global green methanol by 2028. India is also advancing with its 2G ethanol plant in Panipat.
📌 Takeaway for policymakers:
Gasification is a flexible and technically viable pathway for renewable fuels, hydrogen, SAF, and chemicals—and a key enabler of carbon-negative solutions. But widespread deployment in Europe and North America hinges on bridging the financing gap for first-of-a-kind plants with stable long-term policy support and investment.
Read more and download the full report 🔗 https://t.co/sKFWo1IdOt
St1 Biokraft, a leading biomethane player in the Nordic region, has signed an agreement to acquire Sweden’s Södra Hallands Kraft Biogas for an undisclosed fee, increasing its production capacity by 25 gigawatt hours (GWh). https://t.co/OackW73NNJ #gasworld#industrialgas
🌿🏭 Biocoal: The future of sustainable steelmaking?
How biocoal could revolutionize the EU steel sector? According to our new article, by our partner @recordbioenergy, it offers a green alternative to fossil coal.
Read the full article, here 👉🏼 https://t.co/ZrrUh6Rkrt
Building on its legacy of firsts, NTPC has met and surpassed the government’s 5% biomass co-firing mandate for FY25. In May 2024, NTPC successfully co-fired 20% torrefied biomass with coal at the Tanda Plant, marking India’s first such achievement.
Biomass co-firing, the process of blending biomass with coal, helps reduce CO2 emissions and address air pollution caused by stubble burning. This milestone not only showcases NTPC’s technological expertise but also reinforces its commitment to decarbonising thermal power plants and advancing its Net Zero Emission goals.
This achievement stands as a testament to NTPC’s dedication to sustainable progress and energy innovation.
#1stIn50Years #NetZeroEmissions #EnergyInnovation #SustainableEnergy #GreenEnergy #PoweringIndia #FutureOfEnergy #IndiaEnergyJourney #LegacyOfExcellence #50YearsOfPoweringProgress #50YearsOfInfinitePossibilities #PoweringProgressResponsibly #NTPC
@MinOfPower@mlkhattar@officeofpower@CMDNTPC@PIB_India
#mdpifoods 📚#Editor’s Choice Article
🥦Title: The Valorization of #Wastes and #Byproducts from Cruciferous #Vegetables: A Review on the Potential Utilization of Cabbage, Cauliflower, and Broccoli Byproducts
by Tharushi S. Shinali et al
📌Link: https://t.co/nj4GOpHmMt
Congratulations to Dr. Rajeev Bhat! This book addresses the waste and by-product valorization of fruits and vegetables, beverages, nuts and seeds, dairy and seafood. #foodwaste#foodscience
https://t.co/2EpynWjBfj