SIS Mining

CADSOLID -

ENGINEERING

Continuous "Under Construction" engineering for a sustainable better world

Entrepreneurship in  problem solving to fit-for-purpose solid solutions


" Everything should be made as simple as possible, but not simplier." - Albert Einstein

Surface to In-Seam Mining Techniques

"MODERN SMART MINING"

ALSO KNOWN AS "HIGHWALL MINING" [HWM] TECHNOLOGY

DUTCH OEM DESIGNED


- CSE-M300/0_12° - CSE-M500/15_25° - CSE-M700/15_20° -

 NOTICE AND COMPARE:

  • COMMONLY USED (GLOBAL) COMPONENTS FOR OPTIMUM OPERATIONAL PROFIT AFTER CREDIT COST [OPACC],
  • REUSE AND SELLABLE PARTS AND SUB-SYSTEMS TO REDUCE BUSINESS RISK OF THESE NICHE ALTOUGH GLOBAL PROVEN MINING METHODS,
  • ALSO PROVEN QUICK RETURN ON INVESTMENTS [ROI],
  • OPTIMUM SYNERGIES OF EXISTING PRODUCT LINES DURING OE MANUFACTURING AND AM SERVICES OF STOCK PARTS AND MAINTENANCE MANAGEMENT,
  • OPTIMUM SAFE MINING AND DRILLING TECHNIQUES - NO MINEWORKER GOES UNDERGROUND - OPERATE AND PRODUCTION WITH 4 MEN CREW,
  • AUTOMATED PREPARED SYSTEMS FOR AUTONOMOUS MINING PLANT MANAGEMENT COUPLING WITH GLOBAL POSITION SURVEY DATA ACQUISITION,
  • NO MOUNTAIN-TOP REMOVAL FINANCE/INVESTMENT NEEDED - ENVIRONMENTAL FRIENDLY MINING METHOD & MANAGEMENT PROCESS,
  • THESE ADDITIONAL METHODS REDUCING BLAST, OVERBURDEN REMOVAL AND DUMPING VOLUMES AND RECOVER MORE OF  PREVIOUS AUGERED SEAMS,
  • BIG PLUS ARGUMENTS DURING CLAIMS OF CUSTOMER PROJECT JUSTIFICATION, LOW-COST AND LOW-IMPACT REHABILITATION OF MINING ENVIRONMENT,,
  • SUPPORT OF UNDERGROUND MINING OPERATIONS BY CREATING SLOPE-ENTRIES FOR CONVEYING MINING MATERIAL, AIR-VENTING AND/OR CONTINUOUS DRAINAGE OF WATER AND MINE GASSES.

Copyright (c) 2014 - 2020 CadSolid-Engineering, IP Design & Author: C.W. in 't Hout

DUTCH OEM DESIGN

UNDER CONSTRUCTIONS UNDER CONSTRUCTION UNDER CONSTRUCTION UNDER CONSTRUCTIONS

CONTINUOUS IMPROVEMENTS NEW TECHNOLOGY INTRODUCTIONS AUTONOMOUS SYSTEMS NEW PRODUCT INTRODUCTIONS

Surface to In-Seam Techniques

COMMITMENT TO THE ENVIRONMENT


To In-Seam Underground & Downhole Work Tools Abstract

A cutter head segment for use at the front of a train of conveyor segments for high wall mining includes at least one fluid transporter connected to a fluid distribution chamber. A pump segment for use in a train of conveyor segments for high wall mining as a segment following the cutter head segment is provided with a second fluid transporter and at least one front connector and at least one rear connector for connecting the second fluid transporter to adjacent fluid transporters. An assembly includes a cutter head segment and a pump segment, and a train of conveyor segments. To hold, for sliding in the mined drives, of such train of conveyor segments with significant slope angle (steep-dip) the launch frame comprises string-locking-devices during automated latching and unlatching of conveyor segments.  Furthermore the cutterhead segment comprises navigation metering, inclinometers and steer actuators to follow for example the ideal mine-plot survey radius of curvatures to complete the directional Surface to In-Seam target technique.


The above additional Mining Method Operations and/or Support Mining Method Operations are showed further on the website in several images, diagrams and blog's under "SIS-TECHNIQUES":

Copyright (c) 2020 CadSolid-Engineering

DUTCH OEM DESIGN


Directional Mining or Drilling & Survey Plan-Plot with Downhole Tool-Train of  Screw-Conveyor Segments and Cutter Module

Copyright (c) 2020 CadSolid-Engineering

DUTCH OEM DESIGN

Customer Project

Justification


BY REDUCED BLAST AND OVERBURDEN REMOVAL

NO NEED FOR;

MOVING ROCK OR REMOVING MOUNTAIN-TOPS

Low Cost

Rehabilitation


BY BACKFILLING DRILLED OR MINED HOLES IN

LIMITING MOVING & RESTORE MASS OF ROCK

VIDEO UNDER REVIEW

UPDATE SOON AVAILABLE

[SOURCE: PUBLICATIONS OF ELEGAST & CGM YOUTUBE]

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