potential flow rates from l44h d1

Food for thought!

L44-H penetrated the top 14.5 meters of the target volcanic reservoir interval at a depth
of approximately 866 meters with total drilling fluid losses of more than 1,100 barrels in the cental fault block. It flowed at 1265bbls with a flowing casing head pressure is 220 psi and flowing tubing head pressure of 280 psi indicating the well “may� have been capable of oil production at higher rates.

The L44H- D1 well (results expected hopefully next week) intersected the same volcanic at a depth 755 meters vertical depth with over 111 meters true thickness of the target volcanic reservoir penetrated until drilling was “terminated� with fluid losses of 9,385
bbls. However, we know that it goes to at least 880m from the results of L44-H. This is a minimum of 125m. You can also add another 45 meters as NS5 intersected the same zone at 878m and penetrated 46m. Now this is some 180m zone.

Now here is the interesting part. Today’s AGM presentation on pg 10 shows that L44-H (from only 14m section) has flowed at 1920bbls some 655bbls higher than first reported. One can only imagine what the flow potential of L44H- D1 from an approx 180m zone on the structurally highest volcanic reservoir penetration within the Na Sanun East field encountered to date.

If the south fault block is any guide, Poe 9 and NS3-D1 were wells drilled at the north and south portions of the block and both flowed rates of approx 400 bbls per day. However, NS2 was drilled on the structurally highest volcanic reservoir section of the south block and flowed 1920 on test which is 4x the flow rate.

I know that some are saying yeah but look at what happend on NS5-D1 great losses of mud but poor flow - it was intersected at 878m approx 125m lower.

As oil usually migrates upwards one can only dream and dreams can come true. Fingers crossed.

This is not advice however and is based only on layman's knowledge and interpretation.