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Energy self-sufficiency and sustainability in a defined neighbourhood: Bio-methanation to green gas can outperform green hydrogen

Bekkering, Jan (Application Of Hydrogen Within The Energy Transition); Nap, Jan Peter

In Europe, green hydrogen and biogas/green gas are considered important renewable energy carriers, besides renewable electricity and heat. Still, incentives proceed slowly, and the feasibility of local green gas is questioned. A supply chain of decentralised green hydrogen production from locally generated …

2023-07-21AlgemeenArtikel

Cost minimisation of renewable hydrogen in a Dutch neighbourhood while meeting European Union sustainability targets

Tromp, Edrick (Energy Transition And Networks); Bekkering, Jan (Energy Transition); Hengeveld, Evert Jan (Energy Transition); Bellekom, Sandra (Energy Transition And Networks); Aué, Jan-jaap (Application Of Hydrogen Within The Energy Transition)

Decentralised renewable energy production in the form of fuels or electricity can have large scale deployment in future energy systems, but the feasibility needs to be assessed. The novelty of this paper is in the design and implementation of a mixed integer linear programming optimisation model to minimise …

2022-09-01AlgemeenArtikel

Cost minimisation of hydrogen

2022-05-30AlgemeenConferentiebijdrage

Levelized cost minimization of hydrogen in a combined renewable hydrogen and electricity supply on neighborhood scale

Edrick Orvin Victor Tromp (Student); Evert Jan Hengeveld (Begeleider); Jan Bekkering (Begeleider)

Renewable energy systems are a crucial technological development needed to combat climate change. This thesis covers the design and implementation of a mathematical optimization model, which calculates the lowest cost of hydrogen for certain renewable energy system configurations. The output of the model …

2021-02-15TechniekMaster

Mark Mobach pleit voor integrale aanpak ‘Waar-je-werkt-budget’

Bekkering, Peter; Mobach, Mark P. (Facility Management)

Een integraal concept dat financieel aantrekkelijk is voor medewerkers. Zo zou volgens Smart WorkPlace expert Mark Mobach een ‘waar-je-werkt-budget’ eruit moeten zien.

2020-11-26AlgemeenReactie op initiatief thuiswerkvergoeding werkgeversvereniging a w v n

Farm-scale bio-power-to-methane: comparative analyses of economic and environmental feasibility

Bekkering, Jan (Life Sciences & Renewable Energy); Zwart, Kor; Martinus, Gerard; Langerak, Jort; Tideman, Jeroen; van der Meij, Tineke; Alberts, Kees; van Steenis, Machiel; Nap, Jan Peter

Power-to-gas technologies are considered to be part of the future energy sys- tem, but their viability and applicability need to be assessed. Therefore, models for the viability of farm-scale bio-power-to-methane supply chains to produce green gas were analysed in terms of levelised cost of energy, energy …

2020-03-10AlgemeenArtikel

Slotbijeenkomst Bio-P2G

Nap, Jan Peter; Hofstede, Gert; Faber, Folkert; Bekkering, Jan

Ter afsluiting van het Bio-P2G project is een eindsymposium georganiseerd waarbij terug wordt geblikt op de afgelopen 4 jaar. De resultaten werden besproken maar ook samenwerkingspartners verzorgden presentaties rondom de energietransitie en biologische methanisering.

2019-06-26TechniekConferentiebijdrage

Biomethane from hydrogen and carbon dioxide

Nap, Jan Peter; Bekkering, Jan (Life Sciences & Renewable Energy); Hofstede, Gert (Life Sciences & Renewable Energy); Faber, Folkert (Life Sciences & Renewable Energy); Wedema, Ronald; Zwart, Kor; Lammers, Gerard

The project BioP2M came to a close in June 2019 after a consortium of stakeholders in the field of energy transition worked together to research the diverse role of Methane. In this report the results are presented and future plans are discussed.

2019-06-20AlgemeenRapport

Improving the sustainability of anaerobic digestion through the use of green hydrogen integration for increased green gas production through the use of a symbiotic approach

Pierie, Frank (Energy Transition); Bekkering, Jan (Energy Transition); Nap, Jan Peter

One potential renewable energy resource is green gas production through anaerobic digestion (AD). However, only part of the biogas produced (up to 50-60%) contains the combustible methane; the remainder are incombustible gasses with the biggest being carbon dioxide. These gasses are often not used and …

2019-06-14AlgemeenRapport

Bio-P2M: economic and environmental feasibility

Bekkering, Jan

Bio-P2M: economic and environmental feasibility

2019-06-05TechniekConferentiebijdrage

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