Combustion Characteristics of a Free Piston Engine Linear Generator using Various Fuel Injection Durations

Raheem, Ahmed T; Aziz, Arshad; Zulkifli, Saiful A; Rahem, Abdulrazak T; Ayandotun, Wasiu B; Elfakki, Salah M; Baharom, Masri bin; Zainal, Ezrann Z

doi:10.5109/6782166

Cited by 2 publications

(1 citation statement)

References 33 publications

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“…The emissions generally contain gases such as NO X , SO 2 , HCl and HF, CO, dioxins/furans, and Hg vapor (from waste-containing metal) and particulates (PM 10 and PM 2.5 ) 47,48) . Gas emissions should be suppressed in number by creating near-perfect incineration conditions 49) . It can be realized by adding the amount of air to create a turbulence effect (mixing waste and air) and improve the incineration system [50][51][52][53] .…”

Section: Flue Gas Characterization Resultsmentioning

confidence: 99%

Municipal Solid Waste (MSW) Reduction through Incineration for Electricity Purposes and Its Environmental Performance: A Case Study in Bantargebang, West Java, Indonesia

Febijanto,

Steven,

Nadirah

et al. 2024

Evergreen

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The incineration of municipal solid waste (MSW) effectively reduces waste and has a side product, such as electricity. The waste-to-energy (WTE) power plant in Bantargebang is the first national pilot plant facility in Indonesia using moving grate incinerator (MGI) technology, with a 100 tons/day design capacity and a maximum design of electricity power output of 750 kW. The main challenge of WTE in Indonesia is high moisture content (MC) and unsorted waste. Hence, it is imperative to include the pre-treatment facility through waste drying and sorting. In this work, over 241 working days from January to December 2022, approximately 15,451.35 tons of MSW (averaging 70.55 tons/day) have been incinerated at an average temperature of 613.8 o C. Waste pretreatment alleviates waste MC from 20.13% to 8.59%. This process achieves a significant waste mass reduction of 81.52-96.50%. In addition, the system generates superheated steam at maximum values of 5000 kg/h, 340 o C, and 38-39 barA. The total electrical energy generated (956.04 MWh) is used to supply the electrical energy demand of the internal plant operation (1368.78 MWh). Moreover, the wastewater and flue gas in this WTE have successfully been processed by the pollution control systems to meet national standards. The fly and bottom ash from MSW incineration have proven harmless and suitable for construction material or cement admixture. This work conclusively shows that WTE Bantargebang provides positive implementation in almost all aspects, encompasses a significant amount of waste reduction, satisfying incineration performance, a significant amount of electricity generated, and the environmental performance does not harm the surroundings. Related to the performance deficiencies found is expected can be a valuable input for WTE development in Indonesia.

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Section: Flue Gas Characterization Resultsmentioning

confidence: 99%

Municipal Solid Waste (MSW) Reduction through Incineration for Electricity Purposes and Its Environmental Performance: A Case Study in Bantargebang, West Java, Indonesia

Febijanto,

Steven,

Nadirah

et al. 2024

Evergreen

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Revealing flow structures in horizontal pipe and biomass combustor using computational fluid dynamics simulation

Steven,

Hernowo,

Sasongko

et al. 2024

Asia-Pacific J Chem Eng

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Computational fluid dynamics (CFD) is a powerful tool to provide information on detailed turbulent flow in unit processes. For that reason, this study intends to reveal the flow structures in the horizontal pipe and biomass combustor. The simulation was aided by ANSYS Fluent employing standard ‐ model. The results show that a greater Reynolds number generates more turbulence. The pressure drop inside the pipe is also found steeper for small pipe diameters following Fanning's correlation. The fully developed flow for the laminar regime is found in locations where the ratio of entrance length to pipe diameter complies with Hagen–Poiseuille's rule. The sucking phenomenon in jet flow is also similar to the working principle of ejector. For the biomass combustor, the average combustion temperature is 356–696°C, and the maximum flame temperature is 1587–1697°C. Subsequently, air initially flows through the burner area and then moves to the outlet when enters the combustor chamber. Not so for particle flow, the particle experiences sedimentation in the burner area and then falls as it enters the combustor chamber. This study also convinces that secondary air supply can produce more circulating effects in the combustor.

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Combustion Characteristics of a Free Piston Engine Linear Generator using Various Fuel Injection Durations

Cited by 2 publications

References 33 publications

Municipal Solid Waste (MSW) Reduction through Incineration for Electricity Purposes and Its Environmental Performance: A Case Study in Bantargebang, West Java, Indonesia

Municipal Solid Waste (MSW) Reduction through Incineration for Electricity Purposes and Its Environmental Performance: A Case Study in Bantargebang, West Java, Indonesia

Revealing flow structures in horizontal pipe and biomass combustor using computational fluid dynamics simulation

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