It can feel like the schoolyard challenge to rub your tummy and pat your head at once. Where Brothers used the dual-character format to deliver a wrenching story, Cereza and the Lost Demon uses it to tickle your brain and vex your fingers.

The control scheme resembles 2013's Brothers: A Tale of Two Sons, only more fluid, even arcade-y. That's up to Cheshire, who can leap into action as a giant cat-monster, ready to tear into enemies and smash through obstacles like thorns and rocks. Cereza can bind enemies and activate magical flowers, mushrooms, and the like. All rights reserved.Naturally, each has their strengths. Insights into the co-pyrolysis processes of SS/PP and SS/HDPE gained from this work provide the theoretical support for subsequent investigation, facilitate design of waste-to-energy reactor, and aid the adoption of the technology to harness the bioenergy potential of the feedstocks.Ĭo-pyrolysis Evolved gas analysis Isoconversional model-free methods Kinetic modeling Master plot analysis.Ĭopyright © 2023 Elsevier B.V. Contrary to the pyrolysis of SS, PP and HDPE, the co-pyrolysis processes are predominantly diffusion-controlled. Increased volatile conversion and degradation rates, and reduced activation energies during co-pyrolysis were mediated by synergistic interactions between H-radicals of PP/HDPE and oxygenated intermediates of SS. Evolved gases were monitored with thermogravimetric-mass spectrometry. Activation energies and reaction mechanisms were determined through iso-conversional model-free methods and master plot analysis.

Here, the thermal behaviour, kinetics, and synergistic interactions during the co-pyrolysis of SS with polypropylene (PP) and high-density polyethylene (HDPE) were comparatively evaluated with thermogravimetric analysis at different mixing ratios and heat rates. To improve the yield and quality of products, the co-pyrolysis of more than two materials is increasingly gaining interest. Through thermochemical processes such as pyrolysis, clean energy is recovered from SS in the form of bio-oil, biogas, and biochar. Sewage sludge (SS) is a hazardous by-product of wastewater treatment processes that requires careful management for minimal environmental impacts and effective resource recovery.

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