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AI R l3 U RSTo W 188 S7618 Oak Grove Drive <br />-reOVIA.DL00e, L L C Muskego, W1 53150-9208 <br />Weff(Dr e�opniew Phone: (262)679-3903 Fax: (262)•679-0620 <br />www.au•bursttechnology.com E-mail; bill a airbtusttechnology.com <br />Process and E ui ment Comparisons <br />August 17, 2018 <br />I. AirBurst® equipment is manufactured and suppurled by a USA company, parts are available in Texas, USA. <br />The Air -Shock equipment is lsmeli, (also known as B(weBlast 11) <br />2. The first use of the AirBurst process was February of 1995, Air -Shock was first used in the USA in <br />approximately 2003. <br />3. The AirBurst air gun is easily repairable in the field without the use of exotic tools; repair parts are readily <br />available in the USA. <br />4. Patented air gums used in the AirBurst process are ilia nutaclured by a USA company, Teledyne Marine <br />Corporation that has over 50 years of experience and owns numerous related patents. The air buns are <br />specifically designed for hostile environment use in water wells and were never designed to clean silos.. <br />5. Several Bolt air guns are capable of � untinuous operation up to 3000 psi, AirBurst air gun discharge ports <br />are configured to produce a single bubble for efficient mass displacement of the water produced by the <br />i expanding Itiubble; it Is not just a ncurrow slot and jetting action as depicted by the Air -Shock literature. Creation <br />of the hubhlk� and subsequent collapse creates a negative pressure which withdraws dislodged material through <br />the screen or out of a rock ti-acture. <br />6. The Iitning between energy discharges is critical as energy bursts too close together do not allow for <br />dislodged debris to settle before the succeeding burst occurs. AirBurst is the only process [hat cku3 <br />electronictilly regulate the timing and allow the debris to exit the path of the next cnergy discharge, thereby <br />reducing the amount of debris that is pushed back into the formation. <br />7. The Bolt au• gun is operated by a solenoid valve integral with the air gun which allows complete surface <br />control of the duwn halt; energy discharge li•om the air gun and critical shuttle opening and closing timing <br />which is of paramount importance especially at great depths and in extremely abrasive environments. The Air - <br />Shook device has no such control and is operated by a preset pressure adjustment made prior to lowering the <br />device into the well. When the preset pressure is reached the air gun fires, the unchecked timing results in a <br />very rapid energy release every one half to three seconds and is controlled by inl ei Iou Ily changing an orifice. <br />Air -Shook has no slttkttle timing; control and requires removal from the well to make pressure adjustments, <br />resulting in a lot ofwasteti time. <br />8. The discharge ports of the Bolt Deep bole Service air gun are closed at all times except For the actual energy <br />discharge. This keeps abrasive well debris out of the shuttle opening. which enhances dependability and greatly <br />extends operational life of the air gun. <br />