Our broad range of services and products delivered alone or with our partners means Falcon can meet virtually all of your logging, perforating, intervention and reservoir data needs. For more information click below.
Steam carries much more energy than water and is therefore much more efficient at transferring heat energy into the reservoir and producing heavy oil.
Modern steam generating facilities are very efficient at producing steam but are often located many miles from the wellhead. Between the wellhead and the steam source there can be mile of pipe, T junctions, varying gradients and geometry changes which may degrade the quality of the steam and thus reduce the efficiency of the recovery process. During pilot programs reservoir engineers need to be able to tell if the reservoir rocks are simply suboptimal for an expensive large scale steam flood program or if there is a fault somewhere in the pilot steam delivery process.
The Falcon SQuared2 system was specifically designed and manufactured in Oman to measure steam quality here in the Gulf region. Existing steam measurement quality technologies were designed with much lower injection rate wells in mind. Each SQuared2 system can cope with a 4000 bbl per day throughput which is double what was previously available in the market. Uniquely we chose to use two small cyclonic separator vessels rather than a single large vessel as the heart of the process.
There are several advantages to using two vessels.
At rates above 4000 Bbl/d, individual skids can be ran in parallel. As well as the core steam quality output from the coriolis meter, we have designed in an additional quality check in the form of a total dissolved solids (TDS) measurement. This measurement can be used to confirm the output of the coriolis meter at times when serious departures from the expected measurement are observed.
The skid is solar powered and uses GSM technology to transmit real time data direct to the engineering office.