EXPERIENCIA

EXPERIENCIA DE INGENIERIA

Conveyor Dynamics, Inc. (CDI) posee experiencia global en el diseño de transportadores para la industria minera, con una larga historia de asistencia a usuarios finales, empresas constructoras y fabricantes mediante la aplicación de métodos de diseño avanzado.

Entre nuestros proyectos se encuentras varios récords mundiales y proyectos notables enumerados a continuación.

Overland Conveyor Design

Tube Conveyor Design

Control Systems

Feasibility Studies

Forensic Analysis

Overland Conveyor Design

Año	Proyecto	Ubicación	Largo [km]	Potencia [kW]	Capacidad [tph]	Tension [N/mm]	Material	Velocidad [m/s]
2019	Petacalco	Mexico	2.2 / 3.3	270 / 360	600	ST800	Coal	3.8 / 4.2
2015	Impumelelo Overland Conveyor	South Africa	26.8	4900	1920	ST2000	Coal	6.54
2015	Tuna Tekra	India	3.787 / 3.7835	800 / 1,250	2,250 / 3,600	ST1400 / ST1400	Coal	5.85 / 8.10
2015	Dangote Cement, Ethiopia	Ethiopia	1.41	980	1293	ST1500	Limestone	5.6
2014	Dangote, Obajana, Nigeria, Line 4	Nigeria	10	2130	1950	ST1800	Limestone	5
2014	Jiangxi-Asia Cement	China	2.9	945	1000	ST1600	Limestone	3.6
2013	Adani-Port of Dahej	India	4.75	4100	6000	ST1000 / ST1250	Coal	7.5 / 4.15
2012	Dangote Cement-Obajana Plant Line 3	Nigeria	7.7	1500	3500	ST1200	Limestone	5
2012	Qinghai	China	14.5	1735	1350	ST2500	Limestone	4
2012	Taihe	China	3.5	3600	4000	ST3150	Overburden	4
2010	Mundra Project	India	6.8	5300	6000	ST630 / ST1800	Coal	7.5
2010	Elk View	Canada	2.5	1500	1650	ST2400	Coal	3.49
2009	Hope Downs South	Australia	4.2	1500	3300	ST1400	Iron Ore	7.15
2009	APC – Aqaba	Jordan	.559 / .526	100 / 150	500 / 2000	EP500	Potash	2.83 / 2.75
2009	Gualcamayo Project	Argentina	1.6	900	1250	ST2500	Gold Ore	3.33
2009	Britagem – Para	Brazil	1.3	5700	10400	ST4900	Iron Ore	4
2008	Argyle Diamonds	Australia	4.3	4410	1450	ST2000 / ST4000 / ST1100	Lamporite Ore	4.5
2008	Safford Project	United States	2.2	900	6500	ST1200	Copper Ore	4.1
2008	Los Pelambres	Chile	12.7	25000	9900	ST7800 / ST4000	Copper Ore	6.8
2007	Curragh Mine	Australia	20	4250	2500	ST1500	Coal	7.5
2006	Dangote Overland	Nigeria	6.9	1500	2400	ST1200	Limestone	5
2006	Codelco Andina	Chile	4.7	1950	4000	ST2200	Copper	6
2004	NorthParkes Lift2 Underground	Australia	2.8	3540	1050	ST2250 / 6PN150 / ST3200	Copper	3.0 / 1.5 / 3.0
2004	Eastern Range	Australia	1.6	250	2200		Iron Ore	5
2004	Fabrica Nova	Brazil	9.5	8260	3600	ST1900 / ST2500	Iron Ore	4.2
2003	Hamersley Iron, Channar Mine	Australia	20.5	4200	2200	ST2800	Iron Ore	4.1
2003	Yandi Ore Handling Pilbara	Australia	5.1	2250	4000	ST1900	Iron Ore	5.5
2003	Collahuasi	Chile	3.3	14400	11400	ST2550 / ST4400	Copper Ore	6.5
2002	Trombetas	Brazil	17.1	6750	3123	ST1500 / ST1600 / ST2250 / ST2600	Bauxite	4.2
2001	Warkworth – New South Wales	Australia	3.7	400	800	ST800	Coal	6.5
2001	Tamandua Mine	Brazil	3.6	4500	6100	ST3500	Iron Ore	6
2001	Sepeteba	Brazil	10.4	9725	10000	EP220 / EP320 / ST1100	Iron Ore	4.8
2000	Middleburg Mine CRU II Project (Ingwe)	South Africa	13.4	2205	1800	ST2200 / ST1100	Coal	5
1999	Faejao Project	Brazil	1.3	3920	1430	ST1600	Iron Ore	3.32
1998	Zisco Project – Zimbabwe Iron and Steel	Zimbabwe	15.6	1000	600	ST888	Iron Ore	4.3
1998	Indo Kodeco Cement	Indonesia	24.2	5380	2580	ST950 / ST1500 / ST2200	Limestone	3.5
1998	Muja / Collie	Australia	13.4	1575	800		Coal	4.8
1998	Antelope Coal	United States	2.1	4620	7000	ST1000	Coal	5.6
1998	Samarco – Alegria 9	Brazil	1.9	2150	3785	ST2600	Iron Ore	4.4
1998	Cyprus Minerals, El Abra Mine	Chile	23.6	8775	8600	ST3150	Copper Ore	4.7
1997	Nesher Cement	Israel	2.9	1000	1400	ST1000	Limestone	4.26
1996	BHP Bi-way & Tunnel – Port Hedland	Australia	8.5	2700	4000	ST2000	Iron Ore	6.2
1996	Phelps Dodge Mining Company – Morenci	United States	7.6	14,400+	8000	ST5800 / ST3000	Copper Ore	4.1
1995	German Creek Mine	Australia	5.2	4480	2200	ST1120	Coal	4.5
1995	Samarco – Alegria 6	Brazil	2.6	2000	3300	ST1800	Iron Ore	3.9
1995	Mutuca	Brazil	3.6	2100	3200	ST2400 / ST1300 / ST1680	Iron Ore	4.65
1995	Placer Dome, Zaldivar Mine	Chile	5.4	3200	3000	ST1900	Copper Ore	3.1
1994	Spring Creek Coal, MT	United States	3.4	2000	2500	ST1800	Coal	4.57
1994	Oak Grove, AL	United States	1.1	2386	1996	ST4000	Coal	5.1
1994	Pico	Brazil	4.7	2800	3000	ST1600 / ST2000	Iron Ore	4.7
1994	La Coipa	Chile	3.4	2000	2500	ST1800	Gold Ore / Silver Ore	4.57
1994	Minera Escondida Limitada	Chile	1	1500	3000	ST350	Copper Ore	4
1993	Island Copper, BC	Canada	2	4500	6000		Copper Ore	4
1990	Selby British Coal	United Kingdom	12.2	10100	2500	ST7000	Coal	8.4
1990	Syncrude Mine – Ft Mcmurray	Canada	2	4650	10000	ST5000	Oil Sand	4.43
1990	Cementos Mexicanos, Yaqui Project	Mexico	3.6	818	1360	ST2450 / EP525 / EP1400	Limestone	2.4
1990	Southern Ohio Coal	United States	7	2280	2000	ST1800	Coal	5
1989	Palabora	South Africa	2.9	14100	7200	ST6600	Copper	4.1
1989	Waihi Gold	New Zealand	2		700		Copper
1988	Kennecott, Bingham Canyon Mine	United States	10.4	16800	10000	ST3000	Copper	4.7
1986	Quintette Mine, BC	Canada	19	6111	2200		Coal	6

Tube Conveyor Design

Year	Project	Location	Length [km]	Power [kW]	Capacity [tph]	Strength [N/mm]	Velocity [m/s]
2017	Yubei	China	15	8050	1000	ST2500	4.5
2014	Rizhao	China	8	10480	5000	ST2500	5
2014	Yangquan	China	8.1	5000	1000	ST2500	4
2013	Kailin-2 Project	China	6.2	2400	850	ST2500	3.5
2013	Nucor, AL	United States	0.4	112	300	EP750	1.52
2012	Nayong	China	7	2700	900	ST2500	3.15
2012	Nucor, LA	United States	1.4	1470	4000	EP1600	3.4
2012	Salobo – Para	Brazil	1.8	4470	4600	ST3150	4.9
2011	Yong Steel	China	4	1930	1000	ST2000 / ST630	3.15
2011	Hongyuan	China	10	2470	300	ST2000 / ST1250 / ST1000 / ST800 / ST630	3.15
2011	CNOOC Project	China	2.2	660	400	ST800	3.15
2011	Kailin	China	2.4	1155	945	ST1600	2.8
2011	Changshu	China	4.6	1630	1000	ST1600 / ST1000 / EP630	2.8
2011	Neptune Terminals Vancouver	Canada	0.2	372	3500	EP800	4.3
2011	PECEM-CIPP	Brazil	5.7	4120	2500	ST1600	5
2010	Wangting	China	1.4	680	850	ST1250	3.15
2010	IPMOMI Project	Indonesia	1.2	90	120		2
2010	Maritsa Power Plant	Bulgaria	2.7	1000	910	ST1100	4
2010	Itaqui	Brazil	4.4	1800	1000	ST1400	5
2009	Zhenghai	China	1.8	945	900	ST1250	3.2
2009	MBE Pipe Conveyor	India	4.7	1500	800	ST1400	5
1999	Indo Gulf (Birla Copper)	India	3.1	1500	1600	ST1600	4.5

Chute Design

Year	Project	Location	Number of Chutes	Material	Capacity [tph]	Design	DEM
2017	Acensium – DEM Material Calibration	United States	1	Calcine Pellet			X
2017	CertainTeed – Hammer Crusher Feed	United States	1	Gypsum	100	X	X
2016	Tecnipak – Los Bronces Consulting	Chile	1	Copper	Variable		X
2015	Cadia – SAG Mill Analysis and Lifter Design	Australia	1	Copper	Variable		X
2015	Puerto Mejillones	Chile	1	Lead and Zinc Concentrate	1500	X	X
2015	Sierra Gorda	Chile	3	Copper	Variable	X	X
2015	EnginSoft – Cimprogetti	Italy	1	Limestone	150		X
2015	Dangote – Congo	Congo	6	Limestone mix, shale mix, laterite, sand, gypsum	Variable	X	X
2015	Highland Valley Copper	Canada	2	Copper	1300	X	X
2015	Highland Valley Copper	Canada	1	Copper	6000	X	X
2015	Impumelelo – Secunda	South Africa	2	Carbon	2400	X	X
2014	Dongyang P&F – Shah Sulphur Station Surge Bin	United Arab Emirates	1	Sulfur Prills	N/A		X
2014	Highland Valley Copper	Canada	2	Copper	1000	X	X
2014	Dangote – Tanzania	Tanzania	10	Limestone, red soil, iron, plaster	Variable	X	X
2014	Dangote – Ibese and Obajana	Nigeria	11	Limestone, Shale, Laterite	Variable	X	X
2014	BHP Billiton – Spence Mine	Chile	10	Copper Concentrate	4500	X	X
2013	Highland Valley Copper	Canada	2	Copper	1000	X	X
2013	Dangote – Zambia	Zambia	10	Limestone, Shale, Laterite, Sand	Variable	X	X
2013	Dahej Port	India	3	Coal	6000	X	X
2012	Ash Grove Cement Seattle	United States	1	Various	200	X	X
2012	Chunar Cement	India	1	Slag (Clinker)	1000	X	X
2012	Vizag Port Coal	India	5	Coal	3600	X	X
2012	Potasio Rio Colorado Feeder	Argentina	1	Phosphate	1800	X	X
2011	GPC Wansley – Carrolton GA	United States	1	Variable	1400	X	X
2011	KCGM – Kalgoorlie	Australia	2	Primary Ore	2000	X	X
2011	Adani Hazira Port	India	3	Coal	6900	X	X
2011	Mt. Milligan – BC	Canada	8	Gold / Copper	4632	X	X
2011	Vargem Grande Itabiritos	Brazil	1	Iron	10570	X	X
2011	PECEM-CIPP	Brazil	1	Coal	2500	X	X
2010	LLX East Port	Brazil	1	Coal	15000	X	X
2010	Jindal Steel	India	2	Iron	3000	X	X
2010	Itaqui	Brazil	1	Coal	1000	X	X
2010	Mundra Port	India	3	Coal	6000	X	X
2010	Essroc Cement – PA	United States	3	Limestone	1000	X	X
2009	Twistdraai Colliery	South Africa	3	Coal	2000	X	X
2008	Ash Grove – AZ	United States	4	Limestone	1500	X	X
2008	Bagdad – AZ	United States	4	Copper	6500	X	X
2008	Minera Los Pelambres	Chile	3	Copper	11000	X	X
2007	Curragh Mine	Australia	2	Coal	2500	X	X
2006	Coteau Freedom – ND	United States	1	Lignite	2535	X	X
2003	Yandi Ore Handling	Australia	2	Iron	2000	X	X
2003	Collahuasi	Chile	4	Copper	8500	X	X
2003	Hamersley Iron, Channar Mine	Australia	6	Iron	4600	X	X

Control Systems

Year	Project	Location	Length [km]	Power [kW]	Capacity [tph]	Strength [N/mm]	Velocity [m/s]	Material
2015	Iron Ore Canada	Labrador City, NF, Canada	6.1	4800	6000	2500	6	Iron
2015	ELB – Impumelelo	Secunda, South Africa	26.8	4900	1920	2000	6.54	Coal
2015	BHP Escondida Upgrade	Chile
2014	Jianxi Asia Cement	China	2.9	945	1,000	ST1600	3.6	Lime
2013	Dahej Port to Power Plant	Dahej Port, India	3.76	4,100	6,000	ST1000 / ST1250	7.5 / 4.15	Coal
2010	Aqaba	Aqaba, Jordan	.559 / .526	100 / 150	500 / 2000	EP500	2.83 / 2.75	Potash
2010	Elkview	Canada	2.5	1500	1650	2400	3.49	Coal
2010	Essroc	Allentown, PA, USA	2.7	900	1000	700	3.3	Lime
2009	Hope Downs South	Australia	4.2	1500	3300	1400	7.5	Iron
2009	Gualcamayo Yamana Gold	San Juan Province, Argentina	1.6	900	1,250	ST2500	3.33	Gold
2008	Safford	Safford, AZ, USA	2.2	900	6,500	ST1200	4.1	Copper
2008	Los Pelambres Repower	Chile	12.7	25,000	9,900	ST7800 / ST4000	6.8	Copper
2007	Curragh NorthCurragh North	Australia	20	4,250	2,500	ST1500	7.5	Coal
2006	Dangote Nigeria (Line 2)	Nigeria	6.9	1,500	2,400	ST1200	5	Lime
2004	Eastern Range	Australia	1.6	250	2,200		5	Iron
2004	Fabrica Nova	Fabrica Nova, Brazil	9.5	8,260	3,600	ST1900 / ST2500	4.2	Iron
2003	Collahuasi Rosario	Chile	3.3	14,400	11,400	ST2550 / ST4400	6.5	Copper
2003	BHP Yandi	Pibara, Australia	5.1	2,250	4,000	ST1900	5.5	Iron
2002	Sao Paulo (Trombetas)	Brazil	17.1	6,750	3,123	ST1500 / ST1600 / ST2250 / ST2600	4.2	Bauxite
2001	Tamandua	Brazil	3.6	4,500	6,100	ST3500	6	Iron
2001	Ferteco (Sepeteba)	Sepeteba, Brazil	10.4	9,725	10,000	EP220 / EP320 / ST1100	4.8	Iron
2001	Warkworth	Warkworth, Australia	3.7	400	800	ST800	6.5	Coal
2000	Cru Conveyors (Ingwe)	South Africa	13.4	2,205	1,800	ST2200 / ST1100	5	Coal
1999	Ferteco (Faejao)	Faejao, Brazil	1.3	3,920	1,430	ST1600	3.32	Iron
1998	Indo Kodeco Cement	Indonesia	24.2	5,380	2,580	ST950 / ST1500 / ST2200	3.5	Lime
1998	Antelope Coal	Wright, WY, USA	2.1	4,620	7,000	ST1000	5.6	Coal
1998	Premier Muja	Australia	13.4	1,575	800		4.8
1998	Samarco Alegria 9	Samarco, Brazil	1.9	2,150	3,785	ST2600	4.4	Iron
1997	Dupont – Pioneer Aggregate	Dupont, WA, USA	1.5	560	2,400	ST660	3.04
1997	Zisco	Radcliff, Zimbabwe	15.6	1,000	600	ST880	4.25	Iron
1996	Morenci Phase 3/4	Morenci, AZ, USA	7.6	14400	8,000	ST5800 / ST3000	4.1	Copper
1995	Mutuca	Mutuca, Brazil	3.6	2,100	3,200	ST2400 / ST1300 / ST1680	4.65	Iron
1995	Zaldivar	Chile	5.4	3,200	3,000	ST1900	3.1	Copper
1995	German Creek	Australia	5.2	4,480	2,200	ST1120	4.5	Coal
1995	Samarco Alegria 6	Samarco, Brazil	2.6	2,000	3,300	ST1800	3.9	Iron
1994	La Coipa	Chile	3.4	2,000	2,500	ST1800	4.57	Gold and Silver
1994	Pico	Pico, Brazil	4.7	2,800	3,000	ST1600 / ST2000	4.7	Iron
1994	Oak Grove Upgrade	Oak Grove, AL, USA	1.1	2,386	1,996	ST4000	5.1	Coal
1994	Spring Creek Coal	Montana, USA	3.4	2,000	2,500	ST1800	4.57	Coal
1994	Escondida Phase III	Chile	1	1,500	3,000	ST350	4	Copper
1990	Yaqui	Mexico	3.6	818	1,360	ST2450 / EP525 / EP1400	2.4	Lime
1989	Palabora	South Africa	2.9	14,100	7,200	ST6600	4.1	Copper
1989	Channar	Australia	20.5	4200	2200	ST800	4.1	Iron
1989	Waihi Gold	New Zealand, Australia	2					Gold
1988	Kennecott Bingham Canyon	Utah, USA	10.4	16,800	10,000	ST3000	4.7	Coal
1986	Quintette Hydraulics	Tumbler Bridge, BC, Canada	19	6,111	2,200		6	Coal
1986	Plateau Mining	Helper, UT, USA	2	456	1,000		4	Coal
1982	MICARE	Mexico	9	1,120	900	ST1000	3.9

Feasibility Studies

Year	Project	Location	Scope	Capacity [tph]	Material
2015	Kemess Aurico	BC, Canada	Feasibility study, CAPEX / OPEX of underground feeders and overland belt.	1600	Copper
2015	ELB – Asanko	Ghana	Feasibility study, CAPEX / OPEX overland conveyor.	900	Gold
2015	Dangote	Nepal	Feasibility study, CAPEX / OPEX overland conveyor	1768	Lime
2015	New Millenium Iron	Canada	Feasibility study, CAPEX / OPEX, dry tailings stacking system.	9250	Iron tailings
2012	Simplot Smoky Canyon	WY, USA	Feasibility study, CAPEX / OPEX, overland conveyor	1820	Phosphate
2011	Ahafo Subika	Ghana	Feasibility study, selection of adequate transportation technology for mine expansion. CAPEX / OPEX underground and overland feeder.	500	Gold

Forensic Analysis

Year	Project	Location	Scope
2015	Neptune Terminal, Vancouver	Canada	Investigacion de la causa del desgaste por abrasion en la seccion interna del cierre de la correa.
2015	BHP – Escondida Upgrade	Chile	Auditoria del diseño de la correa overland y diagnostico del control del winche.
2015	Glencore	Australia	Analisis FEA de desgaste de correa y laminacion
2015	Essroc, PA	United States	Analisis para determinar la causa de las repetidas fallas en poleas.
2013	Ibberson EGT Grain Terminal	United States	Analisis forense para determinar la causa de la falla de emplames y accion correctiva recomendada.
2013	Muskeg River – Shell Oil Sands	Canada	Forensic tests to determine cause of reducer failure
2010	Elkview	Canada	Forensic analysis of runaway conditions due to brake failure.
2000	Los Pelambres Repower	Chile	Transport system design audit to increase tonnage.
1997	Nesher Israel Cement	Israel	Ground transporter audit using dynamic and forensic tests.
1996	Phosboucraa	Morocco	Improve system reliability and availability.
1990	Syncrude. Fort McMurray	Canada	CDI predicted shaft failure at the lockout device interface.
1990	Southern Ohio Coal	United States	CDI predicted shaft failure at the lockout device interface.
1990	Selby British Coal	United Kingdom	Forensic evidence and dynamic analysis to correct a design flaw.
1989	Palabora	South Africa	Fatal pulley drum defect was determined by use of FEA prior to fabrication.
1988	Kennecott – Bingham Canyon	United States	After startup, the drum of a tensioner pulley failed in the housing. CDI was not involved in the design of the pulley. CDI investigated the failure of the shell and determined that the shell is sub-designed. An engineering audit of the remaining pulleys was performed, using the CDI failure criteria, and similar deficiencies were found in the high tension pulleys. These pulleys failed three months after our audit.
1986	Quintette Hydraulics	Canada	The overall system was experiencing controlled braking runaways, gear reducer and pulley failures, and numerous other problems. CDI was contracted to identify, analyze, and correct the problems.

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