Review on recent advances in adsorptive desulfurization
The challenges of hydrodesulfurization for desulfurizing the refractory sulfur compounds of petroleum fuels are prompting researchers to investigate the different non-conventional desulfurization techniques. Adsorptive desulfurization (ADS) is emerging as a low-cost alternative to ultra-deep hydrode...
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| Published in | Fuel processing technology Vol. 214; p. 106685 |
|---|---|
| Main Authors | , , |
| Format | Journal Article |
| Language | English |
| Published |
Amsterdam
Elsevier B.V
01.04.2021
Elsevier Science Ltd |
| Subjects | |
| Online Access | Get full text |
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| Abstract | The challenges of hydrodesulfurization for desulfurizing the refractory sulfur compounds of petroleum fuels are prompting researchers to investigate the different non-conventional desulfurization techniques. Adsorptive desulfurization (ADS) is emerging as a low-cost alternative to ultra-deep hydrodesulfurization. In ADS, sulfur compounds are removed via physicochemical adsorption using a selective adsorbent. This review focuses on the latest development in ADS. Zeolite, metal oxide, metal-organic framework, mesoporous material, and carbon are assessed for desulfurization of the model and real feedstocks. The ADS performance of these materials can be improved by incorporating metals. Recent progress on improving the selectivity, stability, reusability is discussed. Depending on adsorbent surface chemical composition, sulfur molecules are removed through π complexation, acid-base, metal‑sulfur, and Van der Waals forces. The effects of process parameters, thermodynamics, and kinetics of ADS are also discussed. Selectivity is found to be a key challenge in ADS of real feedstocks due to competitive adsorption. The testing of adsorbents with real fuels is crucial for the commercialization of ADS. Developments of robust adsorbent with less expensive metals and ideal regeneration methods are needed to demonstrate the capabilities of ADS commercially. The search for a low-cost, and efficient ADS adsorbent is ongoing, and currently, its industrial adaptation is extremely limited.
[Display omitted]
•A brief review of various desulfurization technologies.•Review of adsorptive desulfurization (ADS) and its mechanisms, thermodynamics and kinetics.•Zeolite, metal oxide, metal-organic framework, mesoporous material, carbon, and clay are assessed for ADS.•Zeolite, metal oxide, metal-organic framework, mesoporous material, carbon, and clay are assessed for ADS.•The current status of ADS for desulfurization of real feedstocks is emphasized.•Further research to overcome the present obstacles of ADS of petroleum feedstocks is proposed. |
|---|---|
| AbstractList | The challenges of hydrodesulfurization for desulfurizing the refractory sulfur compounds of petroleum fuels are prompting researchers to investigate the different non-conventional desulfurization techniques. Adsorptive desulfurization (ADS) is emerging as a low-cost alternative to ultra-deep hydrodesulfurization. In ADS, sulfur compounds are removed via physicochemical adsorption using a selective adsorbent. This review focuses on the latest development in ADS. Zeolite, metal oxide, metal-organic framework, mesoporous material, and carbon are assessed for desulfurization of the model and real feedstocks. The ADS performance of these materials can be improved by incorporating metals. Recent progress on improving the selectivity, stability, reusability is discussed. Depending on adsorbent surface chemical composition, sulfur molecules are removed through π complexation, acid-base, metal‑sulfur, and Van der Waals forces. The effects of process parameters, thermodynamics, and kinetics of ADS are also discussed. Selectivity is found to be a key challenge in ADS of real feedstocks due to competitive adsorption. The testing of adsorbents with real fuels is crucial for the commercialization of ADS. Developments of robust adsorbent with less expensive metals and ideal regeneration methods are needed to demonstrate the capabilities of ADS commercially. The search for a low-cost, and efficient ADS adsorbent is ongoing, and currently, its industrial adaptation is extremely limited. The challenges of hydrodesulfurization for desulfurizing the refractory sulfur compounds of petroleum fuels are prompting researchers to investigate the different non-conventional desulfurization techniques. Adsorptive desulfurization (ADS) is emerging as a low-cost alternative to ultra-deep hydrodesulfurization. In ADS, sulfur compounds are removed via physicochemical adsorption using a selective adsorbent. This review focuses on the latest development in ADS. Zeolite, metal oxide, metal-organic framework, mesoporous material, and carbon are assessed for desulfurization of the model and real feedstocks. The ADS performance of these materials can be improved by incorporating metals. Recent progress on improving the selectivity, stability, reusability is discussed. Depending on adsorbent surface chemical composition, sulfur molecules are removed through π complexation, acid-base, metal‑sulfur, and Van der Waals forces. The effects of process parameters, thermodynamics, and kinetics of ADS are also discussed. Selectivity is found to be a key challenge in ADS of real feedstocks due to competitive adsorption. The testing of adsorbents with real fuels is crucial for the commercialization of ADS. Developments of robust adsorbent with less expensive metals and ideal regeneration methods are needed to demonstrate the capabilities of ADS commercially. The search for a low-cost, and efficient ADS adsorbent is ongoing, and currently, its industrial adaptation is extremely limited. [Display omitted] •A brief review of various desulfurization technologies.•Review of adsorptive desulfurization (ADS) and its mechanisms, thermodynamics and kinetics.•Zeolite, metal oxide, metal-organic framework, mesoporous material, carbon, and clay are assessed for ADS.•Zeolite, metal oxide, metal-organic framework, mesoporous material, carbon, and clay are assessed for ADS.•The current status of ADS for desulfurization of real feedstocks is emphasized.•Further research to overcome the present obstacles of ADS of petroleum feedstocks is proposed. |
| ArticleNumber | 106685 |
| Author | Vedachalam, Sundaramurthy Dalai, Ajay K. Saha, Biswajit |
| Author_xml | – sequence: 1 givenname: Biswajit surname: Saha fullname: Saha, Biswajit – sequence: 2 givenname: Sundaramurthy surname: Vedachalam fullname: Vedachalam, Sundaramurthy – sequence: 3 givenname: Ajay K. surname: Dalai fullname: Dalai, Ajay K. email: ajay.dalai@usask.ca |
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| Keywords | Desulfurization DMSO BN MDBT Regeneration of adsorbent BDS BT EDS 3,4 BDBT HDS DszA DBT DszB Mechanism of adsorption DszC 2MTH DszD Petroleum feedstock Adsorbent TBM ODS 2,8 DMDBT 2,5 DMTH AC 4,6 DMDBT FMN GO DMS Low-sulfur fuel Adsorptive desulfurization 4,MDBT FMNH2 PVDS NMP 2HBP PEG TH 3MTH DMDS RGO |
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| Snippet | The challenges of hydrodesulfurization for desulfurizing the refractory sulfur compounds of petroleum fuels are prompting researchers to investigate the... |
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| SubjectTerms | Adsorbent Adsorbents Adsorption Adsorptive desulfurization Adsorptivity carbon Chemical composition Commercialization coordination polymers Desulfurization Desulfurizing feedstocks Fuels Hydrodesulfurization Low cost Low-sulfur fuel Mechanism of adsorption Metal oxides Metal-organic frameworks petroleum Petroleum feedstock porous media Process parameters Raw materials Regeneration Regeneration of adsorbent Selectivity Sulfur Sulfur compounds thermodynamics Van der Waals forces Zeolites |
| Title | Review on recent advances in adsorptive desulfurization |
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