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R&D
Introduction
Stream continually searches for new ways of accommodating the LNG value chain, leaning on the basic and applied research performed by its parent companies in such field. New technologies and applications referring to transport, storage, and utilisation of LNG are modelled and tested for subsequent implementation in either new business models or future scenarios.
Stream continually searches for new ways of accommodating the LNG value chain, leaning on the basic and applied research performed by its parent companies in such field. New technologies and applications referring to transport, storage, and utilisation of LNG are modelled and tested for subsequent implementation in either new business models or future scenarios.
Offshore liquefaction, regasification, and storage facilities
There are various technologies and solutions for building and operating offshore plants...
There are various technologies and solutions for building and operating offshore plants...
Integration of regasification processes with electric power plants
The use of natural gas as a fuel for combined cycle electric power plants is one of the most important reasons for the expansion of gas demand.
The use of natural gas as a fuel for combined cycle electric power plants is one of the most important reasons for the expansion of gas demand.
Energy efficiency increase in regasification processes
The energy efficiency of a facility is the result of its design, building, and operation in foreseen conditions.
The energy efficiency of a facility is the result of its design, building, and operation in foreseen conditions.
Small-scale LNG transport and liquefaction processes
Solutions based on new LNG distribution and small-scale production designs allow for the valuation of gas reserves with medium-low volumes located in remote areas (stranded gas), as well as the economic supply of final, secondary, or disperse markets.
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