To invest in the development of new technologies and projects that reduce Carbon Emissions and represent the best solution, both for the Environmental and Financial objectives, helping the transition to the Net Zero Target by 2050. To focus on the recovery, storage and transportation of “Energy” from where it is being produced, or wasted, to where it can be used.

Routine Gas Flaring Today

The World’s Best Energy Source for the near future is:


Today we know how to produce energy at low cost and at low environmental impact, but there are still huge amounts of energy being wasted; this is why the challenge has moved from the simple concept of energy production to a wider concept of “Energy Management”, which can be expressed as:

Storing and Transporting the Energy
to make it available WHEN and WHERE it is needed

This is valid for both RENEWABLE and TRADITIONAL energy sources; it is applicable, for example, to the “storage” and “transportation” of the Energy produced by a Renewable Energy Plant, as well as to the “storage” and “transportation” of energy from areas where it is being wasted because there is no use for it, like in the case of Routine Gas Flaring.

The counter at the opening of this page shows the amount of thermal energy being wasted every year through Routine Gas Flaring[1] in the Oilfield industry. If we could convert this thermal energy into electricity, it would be equivalent to the production of about SEVENTY nuclear power plants[2] and it is equivalent to the carbon emission of 80 millions cars.

The management of SCRT and its engineers have a background in O&G, Nuclear and Renewable Energy; this allows SCRT to have an unbiased approach to the energy market and this can help to reduce Carbon Emissions in the short term and manage the transition from a fossil fuel based economy to a sustainable one in the longer term.

  1. Based on 140 BCM of natural gas being flared every year
  2. Based on an efficiency of 40%, to give the equivalent of an installed capacity of 65 GW