Faculty

Institution

Unit

Venue

Michael P. Harold

Cullen Engineering Professor

University of Houston

Affiliations

Cullen College of Engineering

Chemical and Biomolecular Engineering

Michael P. Harold is currently serving as a Chemical And Biomolecular Engineering Cullen Engineering Professor at University of Houston.

Honors

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Experiences

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Education

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Michael P. Harold

University of Houston

Cullen Engineering Professor

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materials science catalysis chemical engineering nanotechnology engineering catalytic process industrial catalysis catalyst preparation environmental engineering heterogeneous catalysis catalytic applications catalytic materials thin films transition metal chemistry industrial engineering nox storage materials engineering chemical kinetics material chemistry membrane technology industrial chemistry inorganic chemistry thermal engineering surface science thermal catalysis membrane science engine research applied chemistry energy chemistry emission control experimental study experimental analysis chemical technology adsorption zeolites selective catalytic reduction catalytic monoliths selective oxidation process design emission reduction bioresource technology advanced energy material process control micromachines mass transfer spatio-temporal models hydrogen generation ammonia enzyme catalysis advanced energy technology temporal analysis micromachined chemical reactors microkinetic modeling washcoated monoliths spatio-temporal features lnt-scr dual-layer catalysts lean-rich cycling nox conversion multiplicity features precision engineering algal research manufacturing science energy biotechnology algal biotechnology manufacturing engineering energy engineering surface chemistry membrane transport kinetic modeling study pt dispersion effects hydrogen energy manufacturing technology sustainable energy technologies energy research biomass pyrolysis process intensification hydrogen hydrogen production chemistry chemical reaction engineering plasma catalysis

Notable Scholarly Works

Notable Federal Grants

Collaborators

Decarbonizing Steam‐Methane Reforming: Enhancing Activity Through Joule Heating of a Ni/Zro 2 ‐Coated Fecral Coil. ChemCatChem (2024)

Elmer B. LedesmaMeghana IdamakantiPraveen BolliniMichael P. HaroldRam R. Ratnakar

materials sciencecatalyst preparationsteam-methane reformingchemical engineeringcatalysisthermal engineeringjoule heatingchemistrythermal catalysistransition metal chemistryenergy chemistry

Enhancing Selectivity Through Forced Dynamic Operation With Intraparticle Diffusion Limitations: Ethane Oxidative Dehydrogenation. Chemical Engineering Journal (2024)

Austin MoralesPraveen BolliniMichael Harold

chemical engineeringethane oxidative dehydrogenationintraparticle diffusion limitations

Forced Dynamic Operation of Propylene Selective Oxidation to Acrolein on Bismuth-Molybdate Structured Catalysts. Applied Catalysis A General (2024)

Mohammad MoniruzzamanLars C. GrabowMichael P. Harold

bismuth-molybdate structured catalystschemical engineeringcatalysispropylene selective oxidationforced dynamic operationcatalyst activationcatalytic process

Kinetic Requirements for Selectivity Enhancement During Forced Dynamic Operation of the Oxidative Dehydrogenation of Ethane. ACS Catalysis (2024)

Austin MoralesMichael P. HaroldPraveen Bollini

chemical kineticskinetic requirementschemical engineeringcatalysisindustrial chemistryforced dynamic operationindustrial catalysischemistryselectivity enhancementengineeringoxidative dehydrogenation

Single Atom Alloys 2.0: Exploiting Undercoordination for Stronger Dissociative Ch4 Chemisorption. (2024)

Debtanu MaitiMichael HaroldLars Grabow

materials scienceexploiting undercoordinationmaterial chemistrychemical engineeringchemisorptionsurface functionalizationcoordination chemistrysingle-atom catalystchemistryinorganic chemistrysingle atomsurface reactivitytransition metal chemistry

Sulfur Poisoning and Nh3 Regeneration of Pt/Al2 O3: Oxidations of So2, No and C3 H6 as Probe Reactions. Catalysis Science & Technology (2024)

Chenhao FangMichael P. Harold

materials sciencesulfur poisoningcatalysisheterogeneous catalysisprobe reactionsindustrial catalysischemistryinorganic chemistryoxidative stress

Water Gas Shift and Methane Steam Reforming Kinetics on Pt+Pd/Al 2 O 3 Monolith: Application to Emission Control of Stoichiometric Natural Gas Engines. Industrial & Engineering Chemistry Research (2024)

Pak Wing ChenRu-Fen LiuLars C. GrabowMichael P. Harold

materials scienceindustrial engineeringchemical kineticscombustionwater gas shiftchemical engineeringthermal engineeringengine researchchemical technologyapplied chemistrycombustion engineeringadvanced energy technologyengineering

Complete Mechanism for No X Adsorption and Release on Atomically Dispersed Palladium in Pd-Cha. ACS ES&T Engineering (2023)

Surya Pratap S. SolankiMugdha AmbastAbhay GuptaChristopher PaolucciMichael P. HaroldLars C. Grabow

materials sciencenanoengineeringchemical engineeringmaterials engineeringnanoparticle researchadsorptioncomplete mechanisminorganic chemistrynanotechnologyengineering

Decarbonization of the Chemical Industry Through Electrification: Barriers and Opportunities. Joule (2023)

Dharik S. MallapragadaYury DvorkinMiguel A. ModestinoDaniel V. EspositoWilson A. SmithBri-Mathias HodgeMichael P. HaroldVincent M. DonnellyAlice NuzCasey BloomquistKyri BakerLars C. GrabowYushan YanNav Nidhi RajputRyan L. HartmanElizabeth J. BiddingerEray S. AydilAndré D. Taylor

chemical engineeringenergy transitionchemical industry

Dynamic Rate Analysis for Low Frequency Operation of Chemical Reactors. Chemical Engineering Journal (2023)

Austin MoralesPraveen BolliniMichael P. Harold

chemical engineeringdynamic rate analysislow frequency operation

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Michael P. Harold

Cullen Engineering Professor

University of Houston

Affiliations

Cullen College of Engineering

Chemical and Biomolecular Engineering

Michael P. Harold is currently serving as a Chemical And Biomolecular Engineering Cullen Engineering Professor at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael P. Harold

University of Houston

Cullen Engineering Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Decarbonizing Steam‐Methane Reforming: Enhancing Activity Through Joule Heating of a Ni/Zro 2 ‐Coated Fecral Coil. ChemCatChem (2024)

Elmer B. LedesmaMeghana IdamakantiPraveen BolliniMichael P. HaroldRam R. Ratnakar

materials sciencecatalyst preparationsteam-methane reformingchemical engineeringcatalysisthermal engineeringjoule heatingchemistrythermal catalysistransition metal chemistryenergy chemistry

Enhancing Selectivity Through Forced Dynamic Operation With Intraparticle Diffusion Limitations: Ethane Oxidative Dehydrogenation. Chemical Engineering Journal (2024)

Austin MoralesPraveen BolliniMichael Harold

chemical engineeringethane oxidative dehydrogenationintraparticle diffusion limitations

Forced Dynamic Operation of Propylene Selective Oxidation to Acrolein on Bismuth-Molybdate Structured Catalysts. Applied Catalysis A General (2024)

Mohammad MoniruzzamanLars C. GrabowMichael P. Harold

bismuth-molybdate structured catalystschemical engineeringcatalysispropylene selective oxidationforced dynamic operationcatalyst activationcatalytic process

Kinetic Requirements for Selectivity Enhancement During Forced Dynamic Operation of the Oxidative Dehydrogenation of Ethane. ACS Catalysis (2024)

Austin MoralesMichael P. HaroldPraveen Bollini

chemical kineticskinetic requirementschemical engineeringcatalysisindustrial chemistryforced dynamic operationindustrial catalysischemistryselectivity enhancementengineeringoxidative dehydrogenation

Single Atom Alloys 2.0: Exploiting Undercoordination for Stronger Dissociative Ch4 Chemisorption. (2024)

Debtanu MaitiMichael HaroldLars Grabow

Sulfur Poisoning and Nh3 Regeneration of Pt/Al2 O3: Oxidations of So2, No and C3 H6 as Probe Reactions. Catalysis Science & Technology (2024)

Chenhao FangMichael P. Harold

materials sciencesulfur poisoningcatalysisheterogeneous catalysisprobe reactionsindustrial catalysischemistryinorganic chemistryoxidative stress

Pak Wing ChenRu-Fen LiuLars C. GrabowMichael P. Harold

Complete Mechanism for No X Adsorption and Release on Atomically Dispersed Palladium in Pd-Cha. ACS ES&T Engineering (2023)

Surya Pratap S. SolankiMugdha AmbastAbhay GuptaChristopher PaolucciMichael P. HaroldLars C. Grabow

materials sciencenanoengineeringchemical engineeringmaterials engineeringnanoparticle researchadsorptioncomplete mechanisminorganic chemistrynanotechnologyengineering

Decarbonization of the Chemical Industry Through Electrification: Barriers and Opportunities. Joule (2023)

chemical engineeringenergy transitionchemical industry

Dynamic Rate Analysis for Low Frequency Operation of Chemical Reactors. Chemical Engineering Journal (2023)

Austin MoralesPraveen BolliniMichael P. Harold

chemical engineeringdynamic rate analysislow frequency operation

1
2
3
4
5
21
10 / page

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process engineering

catalysis

Eduardo Wolf

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chemistry

membrane reactor

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Gary Jacobs

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