Изображение профиля draculios
@draculios
Флаг Greece Kallithea/ Katerini, Greece
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draculios

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Chemical Engineer, PhD. Owner and senior scientist at SinodosChemistry [] Affiliate/ senior lecturer of London TFE [] Owner / consultant at Sinodos Business Consultants [] Extensive experience and expertise in the fields of : - Polymers - Chemistry - Pollution control - Computational Tools - Energy Efficiency - Sustainability - Kinetics - Thermodynamics - Occupational Health and Safety - Physical and Chemical processes - Simulation of physical and chemical processes - CO2 capture - H2 storage - adsorption and absorption - Micro porous materials Scientific consultant expert for innovators globally. Participation in R&D projects. Scientific Researcher. Invited member of the IVIN network. Active researcher and scientific consultant since 2005.
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  • изображение charlesgarcia Design me a Product $666.00 USD

    “Draculios did an excellent job at designing the formula for a product. He was responsive and asked follow up questions to ensure he was on task with the project. He is very knowledgeable and his experience provided a solution to the challenge we had. Lastly, I enjoyed interactions and would not hesitate to hire him again.”

Опыт

Chemical Engineer

May 2006 - Aug 2010 (4 years)

Chemical engineer/ production manager

Health, Safety and Environmental consultant

May 2005

Health and Safety advisor/ Risk estimation studies Environmental advisor

academic researcher/ h2 storage in micromaterials via MD simulations

May 2004 - Dec 2010 (6 years)

Physical processes simulations via MD, GCMC, DFT, MM methods. Experience in FORTRAN, VBASIC, HYPERCHEM, MATLAB

Образование

Master in Chemical Engineering

1995 - 2001 (6 years)

PhD in Computational Chemistry

2004 - 2012 (8 years)

Сертификаты

ISO9001:2008 Auditor (2011)

TUV HELLAS

ISO9001:2008 Auditor

ENERGY INSPECTOR/ BUILDING SECTOR (2013)

MINISTRY OF ENERGY

ENERGY INSPECTOR/ BUILDING SECTOR

HEALTH AND SAFETY (2006)

GREEK INSTITUTE FOR HEALTH AND SAFETY

NATURAL GAS (2007)

TECHNICAL CHAMBER OF GREECE/ TEE

ENGLISH PROFICIENCY (1996)

OXFORD U

ADR TRANSPORTATIONS (2007)

ARISTOTLE U OF THESSALONIKI, GREECE

Публикации

Molecular dynamics study of hydrogen adsorption in carbonaceous microporous materials and the effect of oxygen functional groups

This work attempts to shed light on molecular hydrogen adsorption in carbonaceous microporous materials by exploiting molecular dynamics simulations combined with geometry optimization calculations of the solid structures. Carbon structures were considered here because of evidence suggesting that they may be efficient media for hydrogen storage. The inclusion of oxygen functional groups in these solid structures was also examined since they could affect hydrogen adsorption. Insertion of oxyge

Predictions for molecular hydrogen adsorption in microporous carbons

This work aims at resolving the discrepancy between theoretical predictions on the physical adsorption of molecular hydrogen on carbonaceous solids, by exploiting molecular dynamics simulations of the adsorption process. In continuance of our previous work, three models were constructed for the depiction of the microporous carbonaceous structure. The first one (SSM) consisted of only two parallel sheets, being the lightest one used. The second (IHM) and third (HWM) models comprised structural

Alteration of graphene based slit pores and the effect on hydrogen molecular adsorption: A

In this paper we investigate the effect of graphene pores' alterations on hydrogen molecular adsorption. The alterations take place in three ways: insertions at different amount of oxygen functional groups on the graphene structure, carbon atoms substitution by boron ones, and insertion of three alkyl groups. Totally one graphene pore model, six oxygenated models, two boron substituted models and three alkyl models were constructed. Hydrogen physical adsorption process was simulated via Molecular Dyna

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