Results 1 to 10 of about 4,897,655 (258)

Co-pyrolysis and Catalytic Co-pyrolysis of Waste Tyres with Oil Palm Empty Fruit Bunches

Journal of Applied Sciences, 2011
R. Alias, K.H. Ku Hamid, K.N. Ismail
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Biomass and oil shale co-pyrolysis

, 2019
In this project it is carry out the pyrolysis of oil shale, the pyrolysis of biomass and the copyrolysis of oil shale and biomass using the batch reactor. It is used nitrogen as an inert gas in order to ensure pyrolysis at different temperatures so as to perform the experimental part. Temperatures chosen in this project are 550ºC, 750ºC and 900ºC.
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Interaction of Cellulose, Hemicellulose, and Lignin During Co-Pyrolysis and their Effects on Pyrolysis Products

BioResources
Biomass plays a vital role in alleviating the energy crisis and environmental pressure through its efficient conversion and utilization. Pyrolysis technology has become one of the core pathways for biomass resource utilization.
Kun Wang, Xinhua Song, Hongxiao Yu, Tongxu Cui, Jian Liu, Zelin He, Mengying Chen, Binbin Yao   +7 more
doaj  

Co-pyrolysis of Lignocellulosic Residues and Plastics: a Simulation Approach to Predict Product Yields

Chemical Engineering Transactions
Plastic waste generation, a global environmental concern, has more than doubled over the past two decades. Given the rising projections of plastic use and waste by 2060, immediate actions are required to improve waste management and reduce plastic ...
Ingrid L. Motta, Andressa N. Marchesan, Henrique R. Guimaraes, Mateus F. Chagas, Antonio Bonomi, Maria Regina W. Maciel, Rubens Maciel Filho   +6 more
doaj  

Co-pyrolysis of grape seed with waste plastics

, 2011
Bu çalışmada üzüm çekirdeği, polietilen ve onların karışımları sabit yataklı reaktörde farklı sıcaklıklarda ve modlarda (bir- ve iki- basamaklı) pirolizlenmiştir. Piroliz sıcaklıkları 500 ve 600°C olarak seçilmiştir. Piroliz ürünleri gaz, sıvı (sulu faz, vaks/yağ) ve katı olarak ayrılmıştır.
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Co-pyrolysis of Indonesian Biomass with a Plastic Mixture

Proceedings of the Annual Conference of Japan Society of Material Cycles and Waste Management
Priyanto, Fajar Eko, Kumagai, Shogo, Phanthong, Patchiya, Borjigin, Siqingaowa, Saito, Yuko, Yoshioka, Toshiaki   +5 more
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Bio-Oil Production Through Co-Pyrolysis and Catalytic Co-Pyrolysis of Oil Palm Trunk and Polypropylene

2022
Harvesting energy from biomass represents a sustainable approach to meet future energy demand as biomass is one of the largest renewable carbon sources. In Malaysia, aged oil palm trees are typically replanted after reaching 25-30 years old and oil palm trunks (OPT) can be abundantly collected from the replanting activities in palm oil plantations ...
Terry, L.M., Li, C., Chew, J.J., Aqsha, A., Khaerudini, D.S., Jie Wee, M.X., Saptoro, A., Sunarso, J.   +7 more
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Co-pyrolysis of Polypropylene and Biomass

Energy Sources, Part A: Recovery, Utilization, and Environmental Effects, 2008
Abstract Polypropylene (PP) with biomass such as saw dust, rice husk, and corn cob were copyrolyzed in a fixed bed reactor at the temperatures of 450°C, 500°C, 550°C, and 600°C under nitrogen atmosphere. The effect of activated carbon as catalyst on pyrolysis liquid was also studied. The thermogravimetric behavior for two kinds of material was observed
J. L. Ye, Q. Cao, Y. S. Zhao
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Mixed biochar obtained by the co-pyrolysis of shrimp shell with corn straw: Co-pyrolysis characteristics and its adsorption capability

Chemosphere, 2021
The co-pyrolysis characteristics of shrimp shell (SS) with corn straw (CS) were investigated by comprehensive characterization to reveal the synergistic effects and further discuss the adsorption capability. TGA results showed that pyrolysis behavior and reactivity were improved with the increase of heating rate and doping ratio of CS. Flynn-Wall-Ozawa
Juan, Liu, Xiaoyu, Yang, Honghao, Liu, Xuping, Jia, Yongchao, Bao   +4 more
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The Co-Pyrolysis of Acetaldehyde and Propylene

Canadian Journal of Chemistry, 1973
Analysis of both major and minor products of the thermal reaction of mixtures of propylene and acetaldehyde over the temperature range 750–800 °K and at pressures below atmospheric show that both reactants initiate radical chains and that both addition and abstraction reactions of radicals with propylene are important.
M. Simon, M. H. Back
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