This latest instalment of SCI Energy Group’s blog delves deeper into the working life of another one of its own members – Peter Reineck.
Peter is currently a consultant working alongside technology developers. Throughout this article, he shares insights into his career to date.
Figure 1- Peter Reineck
Peter, can you please provide a brief introduction about yourself?
I worked with a number of chemical and environmental service companies in the UK and Canada in commercial operations roles.
I now work as a consultant with technology developers to support market and business development.
Can you please explain how your job is aligned with the energy sector?
I have a particular interest in advanced combustion systems with CO2 capture.
Most recently, I became involved in a new project to produce bio-based plastic that would replace fossil-based plastics in packaging and other applications.
Bio-based plastic has the advantage of producing biogenic CO2 if composted or sent for energy recovery at end of life.
In your current role, what are your typical day-to-day tasks?
Typically, my work involves communicating with stakeholders by phone and email and in meetings, assessing their responses and planning developments accordingly.
Figure 2 - A knowledge of science is particularly helpful
How has your education/previous experience prepared you for this role?
I would say that English language skills and a knowledge of science and chemistry in particular have been the most helpful in my career.
What is your favourite aspect of your current job role?
Consultancy works well for me as the focus is on business development activities; as well, the hours are flexible.
What is the most challenging part of your job?
A high degree of self-discipline is required in order to meet deadlines.
So far, what is your biggest accomplishment/ achievement throughout your career?
The most satisfying were moving a number of businesses forward into new markets and applications.
Figure 3 - Self-discipline is required to meet deadlines
In your opinion, what do you think is the biggest problem faced in this field of work at present?
I think the biggest problem is regulatory changes which affect the potential market for new technologies for packaging and power generation.
These changes are governmental responses to activist claims which are not based on a holistic interpretation of a complete set of data.
What advice would you give someone who is seeking / about to enter the same field of work?
A practical understanding of science and statistics is essential. Combined with, an ability to translate new technologies into solutions which are economically viable.
The UK’s efforts to move towards clean energy can be seen around the UK, whether it’s the wind turbines across the hills of the countryside or solar panels on the roofs of city skyscrapers. There is, however, a technology that most people will never see, and it is set to be one of the biggest breakthroughs in a low-carbon economy yet.
Deep in the North Sea are miles of offshore pipelines, once used to transport natural gas to the UK. The pipelines all lead to a hub called the St Fergus Gas Terminal – a gas sweetening plant used by industry – that sits on the coast of north-east Scotland.
St Fergus Gas Terminal in North-East Scotland.
This network has now been reimagined as a low-cost, full-chain carbon capture, transport and offshore storage that will provide the UK will a viable solution to permanent carbon capture and storage (CCS) called the Acorn project.
CCS is a process that takes waste CO2 produced by large-scale, usually industrial, processes and transports it to a storage facility. The site, likely to be underground, stops the waste CO2 from being released into the atmosphere, storing it for later use for another purpose, such as the production of chemicals for coatings, adhesives or jet fuel.
Carbon Capture Explained | How It Happens. Video: The New York Times
High levels of CO2 in the atmosphere have been linked to global warming and the damaging effects of climate change, and CCS is one of the only proven solutions to decarbonisation that industry can currently access.
Taking advantage of existing infrastructure means that the Acorn project is running at a much lower cost and risk to comparable projects and is expected to be up and running by 2023. It is hoped the project will bring competitiveness and job retention and creation across the UK, particularly in the industrial centres of Scotland.