RESEARCH DOMAIN
Energy &
Petrochemicals
Research on oil, gas, LNG, refining, petrochemicals and power systems, grounded in the practical realities of energy transition.
Explore Our Research
ENERGY SYSTEMS RESEARCH
From resource availability to industrial capability
Noreste examines energy and petrochemicals as connected industrial systems. Our research links resource supply, processing capacity, infrastructure and end-use demand to understand cost pressures, operational constraints and the conditions shaping long-term investment and energy security.
We study existing assets alongside emerging technologies, assessing how fuel choices, production economics and policy direction interact across different markets.
ACROSS THE VALUE CHAIN
Where we follow the evidence
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Resource supply
Crude oil and natural gas production, resource quality, operating costs and the geographic concentration of supply.
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Transport & storage
Pipelines, shipping routes, LNG liquefaction and regasification, storage capacity and the infrastructure connecting producers to markets.
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Conversion & generation
Refinery configurations and product yields, alongside thermal, nuclear and renewable power generation and their operating requirements.
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Delivery & demand
Electricity networks, fuel distribution and consumption across transport, manufacturing and other energy-intensive activities.
PETROCHEMICALS IN FOCUS
The material side of the energy economy
We examine the route from hydrocarbon feedstocks to chemical intermediates and finished materials, connecting production choices with the requirements of downstream industries.
Production economics
Feedstock selection, plant integration, energy intensity and capacity additions form the basis of our assessment of cost competitiveness and margin pressure.
Demand & material choices
We study consumption across packaging, construction, mobility and manufacturing, together with substitution, recycling pathways and changing product requirements.
TRANSITION IN PRACTICE
What must work before a transition can scale?
We evaluate proposed changes against the systems they must operate within. Four conditions shape our assessment of implementation and durability.
System reliability
Generation availability, grid integration, storage and the ability to meet demand through changing operating conditions.
Delivered cost
Capital, financing, fuel and network requirements, assessed across the useful life of an asset.
Execution capacity
Equipment supply, skilled labour, construction timelines and the infrastructure needed to bring projects into service.
Environmental performance
Emissions boundaries, water use, land requirements and material recovery across production, operation and end of life.
Discuss your energy research priorities
For institutional enquiries and research collaboration.
