Research Explorer

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Researcher

Bruno Vanslambrouck

Awards & Distinctions

30 Results

2019

Energetic and financial assessment of the implementation of an absorption heat pump in an industrial drying system

Ilya T'JollynSteven LecompteBruno VanslambrouckMichel De Paepe

A1 Journal Article in DRYING TECHNOLOGY

Experimental behavior of a 100 kWhth fin-tube latent heat storage using eutectic KNO3- NaNO3 as PCM

Kenny CouvreurJonas TimmermanWim BeyneSergei GusevMichel De PaepeWolf-Dieter SteinmannBruno Vanslambrouck

Experimental results of a carnot battery consisting of an ORC and a high temperature latent heat thermal storage

Kenny CouvreurSergei GusevMichel De PaepeBruno Vanslambrouck

Improving intermittent waste heat recovery with ORC systems by integrating thermal energy storage

Kenny CouvreurWim BeyneSteven LecompteMichel De PaepeBruno Vanslambrouck

2018

Constant power production with an organic rankine cycle from a fluctuating waste heat source by using thermal storage

Kenny CouvreurJonas TimmermanWim BeyneSergei GusevMichel De PaepeWolf-Dieter SteinmannBruno Vanslambrouck

Experimental results of a small-scale organic rankine cycle : steady state identification and application to off-design model validation

Steven LecompteSergei GusevBruno VanslambrouckMichel De Paepe

A1 Journal Article in APPLIED ENERGY

2017

Simulation, validation and demonstration of energetic optimization possibilities of industrial drying processes by use of an unique heat pump dryer test bench

Bruno VanslambrouckJamy LogieCuong Minh Tran

Simulation, validation and demonstration of energetic optimization possibilities of industrial drying processes by use of an unique heat pump dryer test bench

Bruno VanslambrouckJamy LogieCuon Minh Tran

2016

Case studies of thermally driven heat pump assisted drying

Minh Cuong TranJamy LogieBruno VanslambrouckMartijn van den Broek

Development of a dynamic heat pump dryer test bench to demonstrate energetical optimization possibilities by replicating real life drying processes

Jamy LogieMinh Cuong TranBruno Vanslambrouck

Performance of heat pump drying system integrated into a blood dryer

Minh Cuong TranIlya T'JollynJamy LogieMartijn van den BroekMichel De PaepeBruno Vanslambrouck

A1 Journal Article in DRYING TECHNOLOGY

2015

Case study of heat pump integration in a blood dryer

Minh Cuong TranIlya T'JollynJamy LogieMartijn van den BroekMichel De PaepeBruno Vanslambrouck

Case study of heat pump integration in an animal food dryer

Minh Cuong TranJamy LogieBruno VanslambrouckMartijn van den Broek

Development of a dynamic heat pump dryer test bench to demonstrate energetical optimization possibilities replicating real life drying processes

Jamy LogieMinh Cuong TranBruno Vanslambrouck

Review of organic Rankine cycle (ORC) architectures for waste heat recovery

Steven LecompteHenk HuisseuneMartijn van den BroekBruno VanslambrouckMichel De Paepe

A1 Journal Article in RENEWABLE & SUSTAINABLE ENERGY REVIEWS

2014

Heat pump assisted drying: current state of the art

Minh Cuong TranBruno Vanslambrouck

2013

Waste heat recovery via organic rankine cycle: results of a era-SME technology transfer project

Bruno VanslambrouckSergei GusevTobias ErhartMichel De PaepeMartijn van den Broek

2012

Efficiency comparison between the steam cycle and the organic rankine cycle for small scale power generation

Bruno VanslambrouckIgnace VankeirsbilckMartijn van den BroekSergei GusevMichel De Paepe

Electricity generation from biomass : organic rankine cycle versus steam cycle

Martijn van den BroekBruno VanslambrouckMichel De Paepe

Elektriciteit uit restwarmte met een Organische Rankine Cyclus, deel 1

Bruno VanslambrouckJan NolensMartijn van den BroekMichel De Paepe

A4 Journal Article in ELEKTROTECHNISCH INGENIEUR : BELGOTRONIC

Elektriciteit uit restwarmte met een Organische Rankine Cyclus, deel 2

Bruno VanslambrouckJan NolensMartijn van den BroekMichel De Paepe

A4 Journal Article in ELEKTROTECHNISCH INGENIEUR : BELGOTRONIC

Increasing the efficiency and generated electricity of organic rankine cycles by using zeotropic mixtures as working fluids

Martijn van den BroekMichael ChysBruno VanslambrouckMichel De Paepe

Mixtures as working fluids in organic rankine cycles for low temperature applications

Martijn van den BroekMichael ChysBruno VanslambrouckMichel De Paepe

Organic rankine cycle versus steam cycle : a thermodynamic comparison

Bruno VanslambrouckMartijn van den BroekMichel De Paepe

Potential of zeotropic mixtures as working fluids in organic Rankine cycles

Michael ChysMartijn van den BroekBruno VanslambrouckMichel De Paepe

A1 Journal Article in ENERGY

Turn waste heat into electricity by using an Organic Rankine Cycle, part 1

Bruno VanslambrouckJan NolensMartijn van den BroekMichel De Paepe

A4 Journal Article in L'INGENIEUR ELECTRICIEN (BRAINE L'ALLEUD)

Turn waste heat into electricity by using an Organic Rankine Cycle, part 2

Bruno VanslambrouckJan NolensMartijn van den BroekMichel De Paepe

A4 Journal Article in L'INGENIEUR ELECTRICIEN (BRAINE L'ALLEUD)

Zeotropic mixtures as working fluids in organic Rankine cycles

Martijn van den BroekBruno VanslambrouckMichel De Paepe

2011

Efficiency comparison between the steam cycle and the organic Rankine cycle for small scale power generation

Ignace VankeirsbilckBruno VanslambrouckSergei GusevMichel De Paepe

Turn waste heat into electricity by using an Organic Rankine Cycle

Bruno VanslambrouckIgnace VankeirsbilckSergei GusevMichel De Paepe