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I need a practical, laboratory-ready route that converts amorphous biochar or bio-coal into a well-ordered graphitic carbon structure. My angle is strictly material science: I want the underlying phase-change mechanisms explained and an executable protocol that I can reproduce with standard furnace or reactor equipment. Scope of work • Analyse the current amorphous carbon matrix and outline the thermodynamic and kinetic barriers to graphitisation. • Design a step-by-step treatment sequence (temperature ramps, dwell times, possible catalytic additives, inert or reactive atmospheres) that drives the transition. Please justify each parameter with citations or empirical precedent. • Recommend characterisation methods (XRD, Raman, TEM, BET, electrical conductivity) and provide target benchmark values for confirming success. • Highlight any safety or scale-up considerations so the method can move from bench-scale to pilot without major redesign. Deliverable A concise technical report (PDF or DOCX) plus any supporting spreadsheets or CAD drawings for reactor modifications. Acceptance criteria: the protocol must be internally consistent, reference peer-reviewed data where relevant, and include at least one verification pathway that yields a clear XRD signature of graphitic peaks. Tools and keywords you may lean on naturally include high-temperature furnace, catalytic graphitisation, carbothermal reduction, Raman spectroscopy, and phase transformation modelling, but feel free to introduce others if they strengthen the solution.
Project ID: 40253003
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Active 16 days ago
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2 freelancers are bidding on average ₹1,100 INR/hour for this job

I will formulate an easy to follow and tested methology on how you can convert amophous bio-char into a highly graphitic material. I will also propose characterization methods to verify the transformed materials. I have synthesized and analysed nanomaterials derived from both biomass and chemicals, so I am in a better position to handle this work.
₹1,200 INR in 40 days
4.6
4.6

Drawing on my 15 years of technology experience, I bring a unique angle to your material science project of converting biochar into graphitic carbon. While my expertise may not be directly tied to laboratory experimentation, my mechanical engineering background primes me with the right skillset for this job. From designing web applications to creating mobile app experiences, I understand the importance of optimization and cross-platform compatibility - skills that translate seamlessly into developing automotive experimental protocols or procedures needed to advance your project. Critical thinking, in-depth problem-solving, and quick adaptability define my professional journey thus far. As we tackle the barriers presented both thermodynamically and kinetically in transforming biochar into graphitic carbon, my knack for detailing manufacturing processes will be invaluable. For example, I can effectively break down and design a step-by-step treatment sequence that considers temperature ramps, dwell times, possible catalytic additives, inert or reactive atmospheres - all while basing my design decisions on scientific citations and empirical precedents. Thanks Adarsh
₹1,000 INR in 40 days
0.0
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Delhi, India
Member since Sep 21, 2025
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