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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.

DUTCH OEM DESIGN

SIS-Directional Miner (Mining-Mode)

Optional:
a) Low-Profile-Cutterhead-Module [LPCM]
(Drum/Chain Cutting)
b) Thin-Seam-Cutterhead-Module [TSCM]
(Undercutting Wheels)
c) Mid-Seam-Cutterhead-Module [MSCM]
(Undercutting Wheels)

Surface to In-Seam Mining Machines

TYPICAL PREPARED MINING SITES FOR SURFACE TO IN-SEAM TECHNIQUES MINING OR DRILLING SURVEY PLAN-PLOT RELATIVE TO SEAM ENTRY, SHOWING DIFFERENTIALS IN-SEAM APPROACHES;
"ON-TOP" THE CSE-M300 (HW300) TECHNIQUE
"BELOW" THE CSE-M300, CSE-M500, CSE-M700 MINING OR CSE-D1000 DRILLING TECHNIQUES
Copyright (c) 2020 CadSolid-Engineering
DUTCH OEM DESIGN

CSE-SIS-M700_25 (Tram Mode) -Under-Discharge

NEW INNOVATIVE SIS-MINING OR SIS-DRILLING RIG, EXIST OF ADD-ON LAUNCH-FRAME AND COMMON COMPONENTS OF BIGGEST CAT6080 SURFACE MINING PROVEN TECHNOLOGIES, WHICH SIGNIFICANT REDUCE DEVELOPMENT COSTS (OPACC) AND INVESTMENT RISKS, MOREOVER THIS MACHINE AND SYSTEM GENERATE SYNERGIES WITH EXISTING MINING PRODUCT LINES AND REDUCE IN-SITU MAINTENANCE SPARE-PARTS COSTS [EXAMPLE EXCAVATOR & SHOVELS OF BRANDS LIKE BUCYRUS, CATERPILLAR, KOMATSU, P&H, HITACHI, ETC.] THE RETURN OF INVESTMENTS IS HIGH, DUE >

CSE-SIS-M500_25 (Tram-Mode) -Under-Discharge

TO HIGH PRODUCTION PERFORMANCE RATES WITH MINIMAL OPERATING CREW OF 4 MEN PER SHIFT, NOMINAL @ 60K to 100k mTon PER MONTH WITH DOUBLE SHIFT OF 8 MEN ARE PROVEN RECORDS WITH THESE METHODS OF MINING.
Copyright (c) 2020 CadSolid-Engineering
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":

DUTCH OEM DESIGN

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

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]

UNDERGROUND WORK TOOLS

FOR SIS TECHNIQUES

The CSE Dutch OEM design hybrid technique (known as HWM) is grown form niche to an impressive high modulair mobility player in todays surch of low cost and environmetal friendly mining techniques . Multi Generational Process & Product (MGPP) - Roadmap Topics:

Steep and Deep [Directional Mining] is the next generation of machines
Power-Head with optimum Linear Hydraulical Actuated Push/Pull Forces (SUMP) and Rotational Electric-Mechanic HiTorq "B3" Drive-Lines
Measure While Mining [MWM] to navigate with horizontal radius of curvatures [HRC] corrections top follow ideal thrue north grid heading (or gyratory earth moving measurement) following the moderate or hard rock strata with vertical radius of curvatures [VRC] to collect clean seam materials
Fluid Pumping While Mining to handle high Inflows of water and/or gasses
Purging Inert Gas While Mining to make safe surroundings to prevent explosions
Drain While Mining in Gassy seams to collect sellable mine gas

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