Efficient, cleaner power for oil field in desert
Client: Pharos Energy
Sectors: Oil and Gas
Cut flaring, fuel consumption and cost for oil production site
Pharos Energy, a UK-based International oil company, wanted to reduce gas flaring, diesel consumption and provide cooking gas to communities in Egypt’s Western Desert.
The site in question contained 11 oil wells and considerable distance between them – around 1.5km. Another aspect to be taken into consideration is that the power plant that currently provided the energy for the site is within an agricultural area – so the need to cut both diesel and flaring would no doubt help protect the local area.
This was a task of many requirements and Pharos Energy needed an experienced partner with many decades of industry knowledge, including specific technical capability in dealing and treating Associated Petroleum Gas (APG) from production wells and repurposing it for use as a power generation fuel.
Project fact file
Multi-faceted, efficient power solution
After initial design consultations, our engineers devised a plan that could deliver on all fronts.
Our mobile, modular equipment is ideal for logistical and site obstacles. Helping the customer switch from diesel to gas, we installed three of our gas QSK60 generators, combined with a transformer, to power the site efficiently.
We took care of the 1.5km gap between sites with our safety-approved, highly durable cabling and there were four technicians posted to the successful delivery of our solution – two for the day and two through the night.
By using our QSK60 generators, we could reduce the fuel burn that the customer’s current setup had. And we successfully reduced the flare gas volume, by using it as a fuel source.
Flaring, emissions and TCOE reduced
The TCOE (total cost of electricity) was driven down by our solution, as well as some other important figures. Whilst flaring associated with Pharos’ El Fayum and North Silah Deep oilfields were already low (in the order of 1 million scf/day), our three gas-fired power units, plus accessed grid power, reduced gas flaring by 30%.
Based on Capitero’s flaring profiles, this results in a saving of the order of 40,000 CO2-equivalent tonnes per year (assuming 10% methane slip and a 20-year GWP). The new power generation units enabled the company to reduce diesel consumption by 730,000 litres per year, generating (according to Capterio calculations) an additional emission saving of 2,000 tonnes of CO2 per year (excluding the emissions associated with fuel delivery).
This led to lower fuel purchase costs to the tune of $2 million per year -and reduced the HSE risks associated with transportation and transfer of fuel on roads in the desert
Our experts will also be replaced by a local workforce once training is complete, which will boost the community, as well as the reduced emissions for the agriculture that calls the area home.