Smart production of biofuel for small communities

Mustafa, Albara M.; Calay, Rajnish Kaur; Mustafa, Mohamad Y.; Das, Subhashis

doi:10.1109/sims.2016.7802892

Cited by 2 publications

(2 citation statements)

References 4 publications

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“…It amounts to approx. 32% of the Norwegian CO2-emissions (Statistics, Norway, 2023), (Mustafa et al, 2016). There are projects that will reduce the greenhouse gases in Norway such as Carbon Capture and Storage (CCS) at Norcem and Klemetsrud and renewable energy like hydropower, wind power, solar energy, and hydrogen.…”

Section: Introductionmentioning

confidence: 99%

Simulation of blue hydrogen production by natural gas in the North Sea

Deeraksa,

Moldestad,

Furuvik

2023

Linköping Electronic Conference Proceedings

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Hydrogen is an efficient energy carrier and an important contribution to sustainable energy development. Hydrogen can be produced based on different methods and on different raw materials. Blue hydrogen is hydrogen produced from natural gas via a steam-methane reformer with subsequent carbon capture and storage. The CO2 from the process can be stored in matured oil and gas fields or in an aquifer.This paper studies the potential of producing blue hydrogen from methane from the Troll gas field on the Norwegian continental shelf. The production rate of methane from the Troll field is predicted and based on the calculated methane production the steam-methane reformation process is modelled and simulated. The model includes the required steps to convert natural gas into hydrogen and CO2 and further to catch the CO2. The volume of captured CO2 per m3 of produced hydrogen is calculated. Production of blue hydrogen also includes storage of CO2, and the required storage capacity is calculated.The purpose of this paper was to investigate whether blue hydrogen produced by natural gas from the Troll field is an alternative to reducing CO2 emissions to reach the climate target. The simulation was performed with Aspen HYSYS 12 and the calculation on how much CO2 must be stored and the storage capacity needed were performed manually. The mass of CO2 resulting from the conversion of about 2400 tons natural gas/h to blue hydrogen and CO2 at the Troll field is 5600 tons CO2/hour or 49 megatons CO2/year. The produced hydrogen had a purity of 95%. The predicted storage capacity for CO2 at the Troll field is found to be 136 megatons. A profitability analysis is performed and the results are promissing.

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Section: Introductionmentioning

confidence: 99%

Simulation of blue hydrogen production by natural gas in the North Sea

Deeraksa,

Moldestad,

Furuvik

2023

Linköping Electronic Conference Proceedings

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“…No Brasil, destaca-se principalmente no transporte de biomassa (cavaco de madeira e bagaço de cana) para abastecimento de caldeiras do setor industrial. Ao permitir a mudança do tipo de carga a cada percurso, cria-se a possibilidade de um melhor gerenciamento dos fretes, aumentando, assim, a lucratividade por quilômetro percorrido pelo caminhão (Miao et al, 2012;Drozdziel et al, 2017;Mustafa et al, 2016). O sistema de descarregamento por piso móvel apresenta vantagens sensíveis em comparação aos sistemas convencionais: baus, carretas com descarregamento lateral e sistemas basculantes.…”

Section: Introductionunclassified

Processo de manufatura de um sistema por piso móvel para transporte de biomassa

Benincá¹,

Benincá²,

Batista

2019

Anais Do 14º Simpósio Brasileiro De Automação Inteligente

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The use of biomass for boiler feeding in the industrial chain is widely disseminated in Brazil. Located in this area, the work describes the manufacturing process of a moving floor system for transporting biomass and a complementary system for the loading of coffee straw, aiming at reducing the cost of the implement. For this, steel profiles were used, unlike most commercial models based on aluminum. The system presented 1500 kg lighter than one for the same category of trucks, expansion of load capacity at 7 m 3 , allied to a reduction of, approximately, 40% of the cost. The system is used, in daily operation, for 5 years without presenting structural problems. Resumo: A utilização de biomassa para alimentação de caldeiras na cadeia industrialé amplamente difundida no Brasil. Situado nestaárea, o trabalho descreve o processo de manufatura de um sistema de piso móvel para transporte de biomassa e de um sistema complementar para o carregamento de palha de café, visando a redução no custo do implemento. Para isso, utilizouse perfis em aço, diferentemente da maioria dos modelos comerciais baseados em alumínio. O sistema apresentou-se 1500 kg mais leve do que um para de mesma categoria de caminhões, ampliação da capacidade de carga em 7 m 3 , aliados a uma redução de, aproximadamente, 40% do custo. O sistemaé utilizado, em operação diária, há 5 anos sem apresentar problemas estruturais.

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Smart production of biofuel for small communities

Cited by 2 publications

References 4 publications

Simulation of blue hydrogen production by natural gas in the North Sea

Simulation of blue hydrogen production by natural gas in the North Sea

Processo de manufatura de um sistema por piso móvel para transporte de biomassa

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