WorldWide Drilling Resource

41 JANUARY 2022 WorldWide Drilling Resource® Nitrate Coated Premium Liners 5x6, 5x8, & 5x10 Gardner Denver 5-1/2x8 & 5-1/2x10 Gardner Denver 7-1/2x8 & 7-1/2x10 Gardner Denver Rods Heat-Treated & Chromed 5x6, 5x8, & 5-1/2x8 Gardner Denver 5x10 & 5-1/2x10 Gardner Denver 7-1/2x8 & 7-1/2x10 Gardner Denver New Pumps In Stock Gardner Denver 4x5 TEE Triplex. Gardner Denver 5-1/2x5 TEE Triplex Gardner Denver 4x5 or 4-1/2x5 Duplex Gardner Denver 5x6 Duplex Gardner Denver 5x6 Air Drive Duplex Gardner Denver 5x8 Duplex Gardner Denver 5-1/2x8 Duplex Gardner Denver 7-1/2x8 Duplex Gardner Denver 7-1/2x10 Duplex Gardner Denver 5-1/2x5 THE Triplex Gardner Denver 5x8 PAH Triplex Call for Prices. We Have a Variety of Brands of Mud Pump Parts and Power Units in Stock. Special or Obsolete Parts Made to Order. Cash for Surplus Mud Pumps. Rebuilt Mud Pumps 4-1/2x6 Gaso Duplex 4-1/2x6 Oilwell Duplex Gardner Denver 4-1/2x8 PA-8 Triplex Gardner Denver 5x6 Duplex Gardner Denver 5x10 Duplex Gaso 5x10 Duplex OVER 300 PUMPS IN STOCK Armstrong Machine Co. Inc. Pocahontas, IA 50574 USA 712-335-4131 ~ 24 Hours 7 Days a Week • Fax: 712-335-4565 800-831-4527 USA & Canada (8AM to 4PM Monday-Friday) Hydraulic Grout Pumps 5”, 6”, & 7-1/2” Steel Shot Drilling Technique for Geothermal Production Adapted from Information by The Netherlands Organization for Applied Scientific Research To improve robust and safe geothermal production at lower costs with advanced directional drilling technology is the goal in the DEmonstrate Production enhancement with LOw cost side track drilling (DEPLOI) project. The Netherlands Organization for Applied Scientific Research (TNO) announced a potential breakthrough for increasing geothermal energy production at lower costs. The Rijswijk Centre for Sustainable Geoenergy (RCSG) will conduct further research into the Canopus technique for steel shot drilling. Currently in the Netherlands, 20 installations, mainly found in the greenhouse horticulture sector, produce about 1390 gigawatt hours of geothermal heat per year. The aim is to increase this tenfold to 13,900 gigawatt hours by 2030, and increase to 55,600 gigawatt hours by 2050. Geothermal energy is expected to be generated from more than 700 sites. To accomplish this, researchers must overcome technical challenges currently impeding the profitable production of geothermal heat. In the Rijswijk project, the Canopus steel shot drilling technique for controlled drilling of long side-track wells will be tested in a hydrostatic drilling test rig in real conditions. At the advanced state-of-theart lab, the entire spectrum of subsurface drilling can be mimicked with the real dimensions to determine how products, materials, and components behave under high pressure or at extreme temperatures at extended depths. The drilling and steering capability, as well as wellbore patterns of horizontal grids will be studied. The gas and oil industry uses the concept of drilling branches or horizontals out from the main bore into the reservoir to enhance production. Unfortunately, current horizontal drilling technologies are hardly used for geothermal drilling because of their cost and directional limitations. Researchers project the steel shot drilling technology will increase production at much lower cost compared to a vertical well with similar output. Multiple long horizontals should also increase the chance of finding good reservoir formations, currently one of the biggest risks for geothermal projects worldwide. Additional advantages include improved borehole quality and smaller footprint of equipment at the drilling site. The ultimate goal is to apply the steel shot drilling technology to maximize reliable and predictable geothermal production. New drilling method for geothermal productivity. GEO