Scimita is an Innovation House - engineered to respond to the innovation challenges we are facing today. We bridge the gap between research & real-life revenue generation innovation with:- A world class team of scientists, engineers, technologists, and product experts ready to accelerate your path to commercial success with confidence and certainty.- Falcon, our proven disciplined and agile innovation development methodology ensures progress gates are clearly defined and successfully met, time and time again. - Our cutting-edge AI and digital technologies, supercharge our ideation processes and scenario evaluation capabilities. - A purpose-built innovation centre and infrastructure to support, ideation, lab scale testing, rapid prototyping, pilot plants and resourced to mobilise at your command.- Our CRL TRL & ERL* Innovation Governance Framework guides your investment decisions providing full transparency and accountability across your innovation portfolio.

The ScimTek Hydrogen is anticipated to significantly reduce the cost of hydrogen production via Steam Bio-methane Reforming (SBR) and Steam Methane Reforming (SMR) processes. SMR is currently used to produce over 95% of the world’s hydrogen. The project includes research and development of an improved catalyst that could reduce process temperatures and, subsequently, operating costs. The successful development of a superior catalyst could be commercialised in existing process plants. It would also encourage and accelerate the move to hydrogen as a transport fuel. There is already substantial demand for hydrogen, which is anticipated to increase as a clean transport fuel. The project includes the use of biomass methane, adding additional environmental benefits. ScimTek Hydrogen was formed as a 50/50 joint venture between Scimita Ventures Pty Ltd and Kinaltek Pty Ltd. Kinaltek Pty Ltd focuses on the production of complex and futuristic materials for industries, including the development of novel catalysts. Kinaltek Pty Ltd has a significant IP portfolio on novel materials technologies. Scimita Ventures Pty Ltd has substantial experience in the successful delivery of scientific technology research and development projects, fuelled by its proprietary accelerated commercialisation approach - FalconTM. Scimita Ventures Pty Ltd has delivered all projects to-date on time and on budget across multiple industries, including hydrogen technologies.Bringing together the expertise and technologies, ScimTek Hydrogen is able to develop and test catalysts for the production of green hydrogen significantly faster than the traditional methods. ScimTek has advanced commercial plans to utilise the novel catalyst in the transport industry by utilising landfill gas to produce green hydrogen for fuelling buses and trucks in the transport network.

The hype around hydrogen has never been greater, but how does the industry progress from feasibility studies and MOUs and into actual large scale commercial projects?Now in its 4th edition, Australian Hydrogen Forum brings together leading representatives from the major players involved in the hydrogen industry to discuss commercial viability.Be part of the most comprehensive hydrogen event in 2022, with attendees and speakers from the full energy supply chain, giving you access to the most up to date analysis on development of the industry.This conference isn’t about interesting discoveries or small-scale studies. This is a business forum about the practical realities of hydrogen as a profitable mainstream energy source

Opuz is a Scimita Ventures company. Opuz's vision is making blood glucose measurement seamless and affordable for everyone. Opuz is a medical technology global leader that is spearheading rapid advancements in the delivery of non-invasive blood glucose monitoring. With applications in diabetics and broader health analytics, we are widely considered to be a proprietary technology frontrunner. We have successfully delivered the first stage in our path towards commercialisation in this $20 billion global market, with the delivery of a proof of concept in record time.

In this position, I was responsible for a wide range of activities directly related to scale-up of Hazer hydrogen generation process. Some of these activities were managing R&D activities of process development area, producing data for scale-up strategy development, experimental design, experimentation rig design, scope-definition for subcontractor, training new employees, reviewing market announcement, to name a few.

Synthesising CO2 capture processes through automated process flowsheet synthesisComputer-aided working fluid design for multiscale system optimisation

CO2 capture and utilization using renewable sources of energy

Tutor of Operating/Improving Industrial Systems courseTutor of Foundations of Operating and Improving Industrial Systems Course

• Modelling of thermal processes in heat pipes• Modelling and optimization of evacuated tube solar water heaters• Working fluid design for heat pipes in Solar Water Heaters• Optimising heat pipe thermal fluid composition• Data analysis and report writing

Scale-up of Hazer process for simultaneous hydrogen and graphite production from methane

• Technical adviser of Iran's first carbon management project in Gas Industries• Identification and evaluation of energy projects potentials in oil and gas industries• Technical adviser for proposal preparation of “CO2 Sources” and “CO2 Transportation” phases of Iran’s first national CCS plan • Developing emission estimation software, GHG emission estimation and reporting for natural gas plants

• Team coordinator of "GHG Mitigation from Energy Sector", "Technology Needs Assessment", and "National Action Plan" working groups preparing Iran's Second National Communication UNFCCC, • Developing various mitigation scenarios and investigating their impact by developing a model for Iran’s energy sector

• Technical coordinating of heat recovery projects• Performing customer technical/commercial needs assessments and solution finding sessions for carbon emission mitigation• Estimating GHG emissions/inventories and evaluating CDM potentials from oil and gas refinery complexes• Performing energy auditing and monitoring• Conducting techno-economic feasibility studies and financial assessments of energy saving projects• Designing and estimating the cost of heat recovery options in oil and gas industries (using HTFS+ and Aspen Icarus package)

I was mainly focused on techno-economic studies on carbon capture technologies and their impact on Iran's industrial carbon emission.

3D modeler of utility pipelines in oil and gas industries (using design and draft modules of PDMS software)