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Héroes de la Breña Highway. Lima, Peru.
Ayacucho - Abancay Highway. Section: Kishuara Deviation - Sahuinto Bridge. Ayacucho and Apurimac, Peru
Billinghurts Bridge. Madre de Dios, Peru.
Group II, route 9 – Neuland. Boquerón, Paraguay.
Collana Bridge. Lima, Peru.
Yauri – Negromayo – Imata Highway. Section: Imata – Oscollo – Negromayo. Arequipa and Cusco, Perú.
South Interoceanic Road Corridor, Peru – Brasil.
Trujillo – Huamachuco Highway. Section: Otuzco Deviation – Callacuyán. La Libertad, Peru.
Chamaya – Jaén – Canchis River Highway. Pericos – San Ignacio Section. Cajamarca, Peru.
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Projects
Billinghurts Bridge (723 m). Construction and assembly supervision of the biggest bridge in Peru. Madre de Dios, Peru.
IIRSA Sur Interoceanic Highway. Section 3 Inambari – Iñapari of the South Road Corridor, Peru – Brasil (403 km). It includes 39 bridges with an accumulated length of 1380 m. Detail engineering and construction supervision. Madre de Dios, Peru.
Santa Rosa Tunnel. Access roads to the tunnel and interconnection to the district of Rimac and San Juan de Lurigancho. Construction supervision. Lima, Peru.
Av. Néstor Gambetta Improvement, Section III-B. Study and work supervision. Callao, Lima; Peru.
Lima – Canta – Huayllay – Cochamarca Deviation – PE 3N Connection Highway, (206 km). Service levels improvement, rehabilitation and preservation supervision. Lima, Junin and Pasco, Peru.
Chamaya – Jaén – San Ignacio – Canchis River Highway rehabilitation and improvement. Section: Pericos - San Ignacio, it includes Vía de Evitamiento (55 km). Work supervision. Cajamarca, Peru
Rout 9 Highway, sections towards Neuland and Loma Plata (40 km of new roads and 225 km of lateral roadsides). Road works group II supervision of the West Integration Road Corridor Program. Boquerón, Paraguay.
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HighwaysDefying geography
CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Highways Division is described as follows:
Services
Project referential schedule.Preliminary design.Preliminary program.Preliminary estimation.Pre-feasibility.Feasibility.Final engineering study.Work supervision.Project management (EPCM).
Software
AutoCAD.CIVIL 3D.EAGLE POINT.HDM-4.LCCOST. MS PROJECT. S10. HEC-RAS.
Areas
Highways and roads Primary and secondary network highways.Access roads to mining projects.Departmental highways.
Road concessions Road concessions project management.Service levels evaluation and measurement.Road management systems.
Bridges and tunnels Post-stressed and pre-stressed concrete bridges.Composed section bridges.Metal bridges.Cable-stayed bridges.Suspension bridge.Tunnels for urban roads and highways.
Urban roads Road interchanges. Viaducts. Expressway.
Projects
Electric Interconnection System for Central American countries (SIEPAC), 230 kV, 1800 km. Layout section and topographical survey in El Salvador, Nicaragua and Panama sections. Structures distribution design in Guatemala, Honduras and Nicaragua.
2008-2018 transport system extension plan. 16 230 kV new transmission lines, 12 adaptations (850 km) and 12 230/138/69 kV new substations, 15 extensions, with a total installed power of 1140 MVA. Design and construction supervision. Guatemala.
Mantaro - Caravelí - Montalvo 500 kV transmission line, including its 3 500 kV substations. Lime operativity comprehensive study (740 km, 600 MW). 500 kV substations final design. Central and South area of Peru.
Talara (30 MW) and Cupisinique (80 MW) Wind Farms. Operativity study, communication system detail engineering development, substations inspection, verification and revision and future extensions analysis. Piura, Peru.
El Mirador (220/60 kV - 3x120 MVA) and Malvinas (220/60 kV - 3x180 MVA) Substations. Detail engineering design (electromechanical and civil works), pre-operativity study and use systems design. Lima, Peru.
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Zapallall – Paramonga – Chimbote 220 kV transmission line. Lima and Ancash.
Mantaro – Caravelí 500 kV transmission line and substations. Central and South area of Peru.
Mantaro – Cotaruse – Socabaya 220 kV transmission line. Cusco and Apurimac.
Guatemala's transmission system extension plan.
Talara Wind Farm. Piura, Peru.
San Juan 220 kV Substation. SINC's reactive power compensation system. Lima, Peru.
Mantaro – Pachachaca – Callahuanca 220 kV transmission line. Huancavelica, Junín and Lima, Peru.
San Gabán 138 kV Substation. Puno, Peru
220 kV and 138 kV transmission lines connected to the Socabaya substation. Arequipa, Peru
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AreasHydrogeneration Hydroelectric power plants electric and
electromechanical design. Main equipment and auxiliary services selection. Supervision system and hydroelectric power plants
control design (SCADA).Simple and combined cycle thermal power stations, steam and diesel power plants Thermal power station electric, electromechanical
and civil designs. Main equipment and auxiliary services selection. Co-generation systems.Overhead transmission lines Layout selection. Equipment technical characteristics selection for
60, 138, 220 and 500 kV lines. Electric, electromechanical and civil designs.
Equipment and construction technical specifications. Budgets and schedules development.High and medium voltage insulated cables transmission lines Layout selection and coordination with other basic
services facilities. Electric, electromechanical and civil designs.
Construction equipment technical specifications for 60, 138 and 220 kV voltage levels. Dry and fluid-filled cables.
Transmission capacity in regular and cyclic load regime.
Budgets and implementation schedules development.Electric power distribution systems 10, 13,8; 22,9 and 33 kV medium voltage primary
networks. 220 and 380/220 kV secondary networks. Public lighting. Rural electrification.
Services
Materials balance. Energy balance. Project referential schedule. Preliminary equipment design. Preliminary design. Preliminary program. Preliminary estimation. Pre-feasibility. Feasibility. Final engineering study.
Works and assembly supervision. Factory inspection. Project management (EPCM).
Software
Digsilent.PLS-CADD.ILOG CIPLEX.
Transformation substations Substation type selection. Main equipment and hardware characteristics
selection. 60, 138, 220 and 500 kV substations electric,
electromechanical and civil designs. Supervision system and substations control
(SCADA). Automation. Telecommunications. Budgets and implementation schedules development.Industrial electricity Industrial, mining and commercial plants engineering
designs. Massive rapid transport systems engineering designs.Electric system studies Stationary state analysis: power flow, short circuit,
stability. Electromechanical transient: transient and dynamic
stability. Electromagnetic transient. Protection coordination. Harmonics.Wind power plants Electromechanical and civil designs. Technical-economic evaluation to determine its
connection point to the system. Linking, overhead and underground electric line
design. Budget, schedule and works execution bidding file
development.Miscellaneous studies Pre-operativity and operativity studies. Electricity market. Rate regulation. Consulting in power supply contracts.
Electrical EnergyEnergy traveling long distances
CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Electrical Energy Division is described as follows:
Projects
San Gabán I (110 MW) and San Gabán II (110 MW) hydroelectric power plants. Feasibility study, final design and detail engineering. San Gabán III (187 MW) pre-feasibility. Puno, Peru
Charcani V hydroelectric power plant (135 MW). Comprehensive designs revision. Work supervision. Arequipa, Peru
Chavimochic Irrigation - Group A, Canal Madre (83 m3/s). Detail engineering and construction supervision. La Libertad, Peru
Topo hydroelectric power plant (30 MW). Designs complementing and work supervision. Tungurahua, Ecuador.
Lavasén and Quishuar (42 MW) hydroelectric optimization. Pre-feasibility studies, Cativén I, Cativén II and Nimpana hydroelectric power plants feasibility (14 MW each one). La Libertad, Peru
Soldados - Yanuncay hydroelectric project (22 MW). Feasibility study. Cuenca, Ecuador.
Machu Picchu hydroelectric power plant (140 MW). Rehabilitation and re-powering studies. Cusco, Peru.
Rajucolta lagoon dam. Final study and dam construction supervision with hydrological reinforcement purposes for the Cañón del Pato (240 MW) hydroelectric power plant. Ancash, Peru.
Five-lagoon reservoir (36 hm3) in Corani basin. Feasibility study for the hydrological reinforcement of San Gabán II hydroelectric power plant (110 MW). Puno, Peru.
Pumamayo river regulation. Final study and technical file development. Puno, Peru.
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Charcani V hydroelectric power plant. Arequipa, Peru.
Canal madre Chavimochic desander. La Libertad, Peru
Santiago Antúnez de Mayolo hydroelectric power plant. Huancavelica, Peru.
Topo hydroelectric power station. Cuenca, Ecuador.
Cajamarquilla zinc concentration plant. Lima, Peru.
Mantaro hydroenergetic unit. Huancavelica, Peru.
Machu Picchu hydroelectric power plant. Cusco, Peru.
San Gabán II hydroelectric power plant. Puno, Peru
Pumamayo river. Puno, Peru.
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Hydraulics and IrrigationsTransforming heights and water into energy
Areas
Hydroelectric power plantsBig power plants (>100 MW), average power plants (1-100 MW) and small power plants (0,1 - 1 MW).
Dams and reservoirsZoned dams with fine core (land, moraine), rockfill dam with concrete wall (CFRD), rockfill dams with
geo-membrane, homogeneous dams with geo-membrane, gravity dams (concrete) and compacted concrete dams (CCR).
Hydraulic developmentIntakes, desanders, siphons, pumping stations and other underground works (tunnels and power
house caverns).
Hydraulic works for controlCoastal defenses, river hydraulics, flooding control, drainage and sub-drainage, erosion control and
basin management.
Water resources managementBasins management, vulnerability and flooding risk studies, hydraulic and hydroenergetic potential
evaluation.
HydrologyWater availability, maximum floods and sedimentology.
CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Hydraulics and Irrigations Division is described as follows:
Services
Profile. Pre-feasibility. Feasibility. Final study. Detail engineering. Work supervision. Project management (EPCM). Due Diligence.
Software
HEC-RAS. HEC-HMS. Flow 2D. IBER.
Projects
Cerro del Águila (525 MW) hydroelectric project. Study to determine the environmental flow. Huancavelica, Peru.
Curibamba (195 MW) hydroelectric project. Environmental Impact Assessment and ecological flow determination. Junin, Peru.
El Platanal hydroelectric power plant (220 MW). Environmental flow determination study. Lima, Peru.
Mantaro - Caravelí - Montalvo 500 kV transmission line, 740 km. Environmental impact assessment. Central and South area of Peru.
Pirquitas mine closure plans. Mining components closure
works detail study, rehabilitation costs, budgets and final closure. Jujuy, Rinconada; Argentina.
Metal Huasi Ex-Lead Smelter in Abra Pampa. Detailed evaluation and affected areas remediation plan design. Jujuy, Rinconada; Argentina.
Coroccohuayco mining project. Semi-detailed environmental impact assessment. Cusco, Peru.
New hydrocarbons storage and distribution terminal. Detailed environmental impact assessment. Ilo, Peru.
Lot 8 oil exploitation environmental remediation. Remediation works design and supervision. Loreto, Peru.
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Citizen participation workshop, La Virgen Mine. La Libertad, Peru
El Platanal hydroelectric power plant. Environmental flow study. Lima, Peru.
Goyllarisquizga Mine. Closure engineering. Pasco, Peru.
Pajuscocha Lagoon. Comprehensive environmental study. Ancash, Peru.
Chinchaycocha Lagoon. Environmental management plan. Junin, Peru.
Cobriza Mining Unit. Closure plan. Junin, Peru.
HI - VOL air quality monitoring equipment.
Tablachaca tailing deposit. Detail engineering for closure. Lima, Peru.
Lot 8. Environmental supervision for remediation. Loreto, Peru.
EnvironmentalRespecting the nature
Areas
Environmental impact assessment and environmental project management strategiesBaseline development. Environmental impacts identification and assessment. Management, mitigation, contingency and compensation plans. Environmental impact economic valuation.
Land-use planning and sustainable plansStrategic (EAE) and territorial (EVAT) Environmental Assessment. Shared Vision Planning for water resources (PVC). Environmental management plans at basin level.
Environmental liabilities remediationContaminated soils recovering engineering. Underground aquifers contamination assessment. Liability physical and chemical stabilization designs.
Mine closure plansCurrent situation physical-chemical characterization. Mining tasks physical and chemical stabilization proposal. Financial guarantees calculation for the mine service life final closure.
Solid waste management studiesDesigns for encapsulating hazardous waste and dumps design. Hazardeous waste transport plans.
Services
Risks and social conflicts preliminary analysis. Required environmental permits and/or certifications preliminary identification. Location alternatives environmental and social evaluation. Environmental investment costs estimation and communitary relation plans. Environmental Impact Assessment (categories I, II y III). Supporting technical reports (ITS). Certificate of Absence of Archaeological Remains (CIRA). Compensation and Involuntary Re-settlement Plan (PACRI). Studies to determine environmental flows. Environmental supervision and control during the construction. Environmental monitoring. Contaminants dispersion modeling (air and water). Environmental due diligence.
Software
Soundplan. ISC Aermod. Qual2k. Caline 4. CAL3QHC. Aloha. Tanks. ArcGIS. Rhabsim 3.0. Help. Stella 8.0. SEDCAD.
CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Environmental Division is described as follows:
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Projects
Electric mass transport system of Lima and Callao. Line 1, Section 1: Villa El Salvador - Av. Grau, 22 km. Final and detail design supervision. Supervision of the overhead road and 9 stations construction, as well as the electromechanical equipment, control and telecommunications, signaling, testing and commissioning. Peru.
Electric mass transport system of Lima and Callao, Line 1, Section 2: Av. Grau - San Juan de Lurigancho, 12.4 km of overhead viaduct. Work supervision and control for developing the technical file and executing the civil and electromechanical works, 10 stations, yard and shop, as well as the electromechanical equipment, passengers control telecommunication, signaling, testing and commissioning. Peru.
Complementary study of the network of the Metro of Lima. Transport demand analysis, alternatives multi-criteria evaluation, route plan, technical characteristics, economic-financial analysis. Peru.
Determination of the basic network of the Metro of Lima in the first 5 metro lines, 144.4 km length, 122 stations. Lima and Callao, Peru.
Supervision of studies, civil works, electromechanical works, rolling stock, train driving automatic system, tests and commissioning of underground line 2 (27.3 km) and line 4 branch (7.8 km) of the Metro of Lima and Callao (in execution). Peru.
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L 1
VILLA EL SALVADOR
Villa El Salvador
El Sol
Pumacahua
VILLA MARÍA DEL TRIUNFO
Villa María
Miguel Iglesias
San Juan
Los Cabitos
Ayacucho
SAN JUAN DE MIRAFLORES
Angamos
San Borja
Javier Prado
Aviación
SAN LUIS
Nicolás Arriola
Gamarra
Río Ch
illón
Río Rímac
SAN BORJA
LA MOLINA
SANTA ANITA
ATE
TR
AM
O
CO
NS
TR
UI
DO
La Merced
Rep. de Panamá
Vía Expresa
Aeropuerto
Vicente Moráles
Quilca
El Olivar
CALLAOArgentina
Los Precursores
Faucett
Escobedo
Av. Brasil
Bartolomé Herrera
Av. Universitaria
Sucre
Parque de las Leyendas
Residencial San Felipe
Paseo de la República
Metro Canadá
Rosa Toro
Salamanca
Jockey Plaza
C.C. La Fontana
Av. La Molina
Av. Los Ingenieros
Ovalo Monum
ental
Carretera Central
Benavides
CHORRILLOS
BARRANCO
Cóndores
Huaylas
Río Rímac
LA PERLA SAN MIGUEL
RIMAC
VENTANILLA PUENTE PIEDRA
COMAS
MIRAFLORES
MAGDALENA
SAN ISIDRO
C. DE LA LEGUA
Arequipa
Jorge Chávez
Atocongo
Alejandro Iglesias
Chimpu Ocllo
San Felipe
Los Incas
Belaúnde
De la Fuente
México
Eduardo de Habich
Bartolomé de las Casas
Angélica Gamarra
Carlos Izaguirre
Las Palmeras
Hospital Rebagliati
Cine Orrantia
Aramburú
Elio
San Marcos
Oscar Benavides
Insurgentes
Plaza Murillo
Nicolás Ayllón
San Juan de Dios
Evitamiento
Ov. Santa Anita
Colectora Industrial
LA VICTORIA
Los Ingenieros
LINCE
SURQUILLO
Plaza Bolognesi
Pte. Santa María
Trebol Peaje Sur
Grau
Caja de Agua
Martinete
Pirámide del Sol
Los Jardines
Los Postes
San Carlos
San Martín
Bayóvar Santa Rosa
BELLAVISTA
El Angel
Cangallo
Circunvalación
Jamaica
Prescott
Garcilazode la Vega
Parinacochas
Mercado Santa Anita
Vista Alegre
Prolong. Javier Prado
Ricardo Palma
Venezuela
Juan Pablo II
Buenos Aires
Matellini
Sáenz Peña
Bolognesi
Circuito de Playas SURCO
La Alborada
Tingo María
L1
L4
L3
L2
L4
L3
L5
L5
L2
L1
Municipalidadde Ate
Paseo Colón
La Colmena
Santa Rosa
28 de Julio
San José
28 de JulioEstadio NacionalLa Perla
Santa Rosa
Buenos Aires
Arica
Real Felipe
La Punta
Bocanegra
Canta Callao
Gambeta
Puerto Callao
Plaza Manco
Capac
L6
L6
UPCLa Encalada
Panamericana
Velasco Astete
San Luis
Aviación
Tomás M
arsano
Comandante Espinar
José Pardo
Felipe Barreda
Crnl. Portillo
Salaverry
Perez Aramibar
Av. Brasil
República de Panamá
Paseo de la RepúblicaArequipa
Sucre
Lima
La Marina
Simón Bolivar
PUCP
San Marcos
Oscar Benavides
Av. Argentina
Morales Duarez
José Granda
Tomás Valle
Pirchet
Carlos Izaguirre
Angélica Gamarra
Los Alisos
Panamericana N
orte
El Naranjal
LA RED BÁSICA DEL METRO LIMA METROPOLITANA Y CALLAO
174.50 km
34.70 kmVILLA EL SALVADOR - SAN JUAN DE LURIGANCHO LÍNEA 132 estacionesL1
26.60 kmATE (Av. Separadora Industrial) - CALLAO LÍNEA 225 estacionesL2
30.10 kmSURCO - LOS OLIVOSLÍNEA 633 estacionesL6
31.60 kmSURCO (Ovalo Los Cabitos) - COMAS LÍNEA 329 estacionesL3
39.20 kmLA MOLINA (Ovalo Melgarejo) - CALLAO LÍNEA 430 estacionesL4
12.30 kmCHORRILLOS - BENAVIDES LÍNEA 506 estacionesL5
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Viaduct cap beams assembly.
Section 1 commissioning tests.
Passengers station. Internal view.
Section 2 viaduct. It connect the Center of Lima to San Juan de Lurigancho.
Pre-fabricated plant, Bayovar.
La Cultura passengers station.
Concrete pouring in viaduct footing.
Basic network of the Metro of Lima and Callao.
Railroad track assembly and concrete pouring in the passengers station.
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Metros & RailwaysRails that shorten distances
Areas
Transport demand study. Alternatives multi-criteria evaluation, route plan and model interchange. Viaducts, cut-and-cover trench and tunnels analysis and design. Electromechanical equipment and rolling stock technical characteristics; including rails, catenary,
signaling, control and communication systems, power supply, passenger stations, maintenance depot, shops and electric substations.
Institutional framework for metro network management and operation. Civil works and electromechanical system assembly supervision. Factory inspections and testing. Verification of equipment arrival to port. Project management.
CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Metros and Railways Division is described as follows:
Services
Pre-feasibility. Feasibility. Final engineering study. Work supervision. Factory inspection. Project management (EPCM). Technical files revision and approval. - Basic engineering study. - Seismic risk study. - Civil works. - Project electromechanical systems.Preliminary designs (preliminary plans). Demand studies. Detail design. Quality assurance. Integrated Management System.
Specialties
Topography. Geology/Geotechnics. Hydrology/Hydrogeology. Seismic risk. Demand study. Architecture. Structures. Sanitation. Power supply. Railroad track. Signaling and automation. Catenary. Telecommunications. Passengers control. Auxiliary equipment. SCADA system. Low voltage.
Software
SAP 2000. Digsilent. Revit Architecture. Revit Structure. 3D Max. PLS Cad.
Tecat Plus. Primavera P6. Ms Project. Plaxis. Midas 3D. DIPS.
Feflow.Rocplane. Rocfall. Swedge. Unwedge.
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Andalucita non-metal mineral processing plant. Piura, Peru.
Curaray fluvial terminal. Loreto, Peru.
New Piura cement plant. Piura, Peru.
Lagunas Norte. Ancash, Peru.
Water treatment plant in Pierina Mine. Ancash, Peru.
Lagunas Norte Mine leaching PAD. La Libertad, Peru.
Toquepala SPCC copper filtering plant. Moquegua, Peru.
Clinker production line N° 3. Arequipa, Peru.
Toquepala concentration plant. Moquegua, Peru.
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Projects
New Piura cement plant. Work supervision. Piura, Peru.
Water treatment plants in Lagunas Norte and Pierina mines. Quality control service. Barrick Misquichilca mining company. Ancash, Peru.
Sea water desalinization plant and treated water supply system for Enersur's Chilca I thermal power plant combined cycle. Basic and detail engineering. Lima, Peru.
Toquepala concentration plant extension to 120.000 tpd. Feasibility study, basic and detail engineering. Moquegua, Peru.
El Porvenir and Atacocha concentration plant, from 4900 to 7500 tpd and from 4400 to 5000 tpd, respectively. Basic and detail engineering. Pasco, Peru.
Mining effluent treatment plants for U.M. Carahuacra (1200 l/s), Andaychagua (450 l/s) AND Mahr Tunel, Volcan Company. Mining company. Basic engineering. Junin, Peru.
Andalucita Plant. Andalucita non-metal mineral plant work and assembly supervision, 60.000 t/year. Piura, Peru.
Clinker production line N° 3. Extension to 4200 TPD. Yura cement plant. Mechanical, electric, instrumentation and control detail engineering and complementary civil engineering. Arequipa, Peru.
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Mining and IndustryResources extraction and transformation
Mining Areas
Mineral processing.Mineral concentration /copper, gold, iron and polymetals).Leaching (copper, gold, silver).Pyrometallurgy.Mining and metallurgic solid waste management.Minig-metallurgic effluent treatment.Mine closure plans.Mining infrastructure.
Industry Areas
Basic processing industries.Manufacturing industry.Food industries.Thermoelectric power stations.Hydromechanical equipment.
CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Mining and Industry Division is described as follows:
Services
Conceptual studies.Trade off studies.Basic land investigations.Pre-feasibility studies.Feasibility studies.Basic engineering.Detail engineering.Engineering support during construction.Constructibility, interferences and Tie Ins evaluation.Procurement services.Supervision services.Quality assurance during construction (CQA).Construction management.EPCM comprehensive services.
Software
Aveva PDMS. Smart Plan.Tekla structures 18.Sidewinder.Pipe 2012/Surge.CAESAR II.Primavera/Hard Dollar.
Projects
Sanitary improvement of the drinking water and sewerage of the marginal areas of the northern and western areas of Lima. Project management, final study and work supervision. 900.000 inhabitants. Lima, Peru.
Drinking water supply and sewerage improvement and extension in Piura. Basic and detail engineering. 700.000 inhabitants. Piura, Peru.
Drinking water and sewerage secondary works, conventional and condominium works, with sinks and latrines in several districts of the Southern Part of Lima. Design and work supervision. 45.000 inhabitants. Lima, Peru.
Drinking water and basic sewerage services improvement in the region of Puno. Work supervision. Puno, Peru
Huachipa drinking water treatment plant, 10 m3/s. Design and first stage works supervision, 5 m3/s. Lima, Peru.
Sewerage system extension in the city of Puntarenas. Collection, treatment and final disposal of wastewater system, with 0.6 m3/s PTAR. Feasibility and final study. 150.000 inhabitants. Punta Arenas, Costa Rica.
El Ferrol Bay sewerage. Two-line 10 km HPDE submarine outlets. Technical file development and work supervision. Chimbote, Ancash; Peru.
Water and sewerage network project with PTAP and PTAR, for effluents re-using in the district of Majes. Technical file and final study development. 77.500 inhabitants. Arequipa, Peru.
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Marginal areas of Lima. Water conveyance line. Lima, Peru.
Curumuy drinking water treatment plant. Piura, Peru.
Huachipa water treatment plant. Panoramic view. Lima, Peru.
Marginal areas of Lima. Overhead reservoir. Lima, Peru.
El Ferrol Bay sewerage. Submarine outlet. Chimbote, Ancash; Peru.
Drinking water and conventional and condominium sewerage project. Lima, Peru.
Marginal areas project. North branch tunnel. Lima, Peru.
Huachipa water treatment plant. Intake. Lima, Peru.
La Atarjea drinking water treatment plant. Lima, Peru.
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CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Water and Sewerage Division is described as follows:
Water and SewerageWater for human welfare
Areas
Drinking water Catchments.Conduction lines.Pumping and re-pumping stations.Water conveyance line.Impulse line.Water treatment plants.Sea water desalinization plants.Sectorization.House service.Deep wells.Supported and overhead reservoirs.
Sanitary facilities and fire fighting system Houses. Buildings. Shopping centers. Industrial plants.
Services
Materials balance.Energy balance.Project referential schedule.Preliminary equipment design.Preliminary design.Preliminary program.Preliminary estimation.Basic engineering.Pre-feasibility.Feasibility.Detail engineering.Work supervision.Project management (EPCM).
Software
Water CAD.Sewer CAD.S10. Autocad REVIT. ArcGIS v.10.2.
Sewerage Primary collectors. House service. Secondary networks. Pumping stations. Wastewater treatment plants. Outlets.
Storm drainage Primary collectors. Canals. Sumps. Pumping stations. Canalizations. Sump wells.
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Projects
Callao Port extension and modernization. Master plan revision, basic and detail engineering development of the first stage of the extension of the main seaport of Peru. Callao, Lima; Peru.
New container terminal in the southern area of Callao. Technical file revision and work and equipment implementation supervision. Callao, Lima; Peru.
North multipurpose terminal modernization of Callao Port. Supervision for the first and second phase regarding works and equipment. Callao, Lima; Peru.
Liquid load dock, Talara refinery. Detail engineering and construction methods revision. Dock construction supervision. Piura, Peru.
Paita, Ilo and Pisco ports. Determination of the existing ports infrastructure and equipment needs. Piura, Moquegua and Ica; Peru.
Pucallpa fluvial port. Construction design, detail engineering and supervision. Ucayali river, Ucayali; Peru.
Iquitos fluvial port. Work design, detail engineering and supervision. Amazonas river, Loreto; Peru.
Pijuayal port. Infrastructure installation final study. Amazonas river, Loreto; Peru.
Morro Sama fishing port, stage I. Work supervision. Tacna, Peru.
Saramiriza port. Infrastructure feasibility study. Marañon river, Loreto; Peru.
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General San Martín port. Pisco, Peru.
Talara refinery. Piura, Peru.
Ilo port. Moquegua, Peru.
Callao port. New container terminal. Lima, Peru.
Paita Port. Piura, Peru.
Callao port, cantitravel. Lima, Peru.
Callao port, slab prefabricated voussoir. Lima, Peru.
Callao port. North multipurpose terminal modernization. Lima, Peru.
Iquitos port. Loreto, Peru.
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PortsConnecting land and water
AreasInland waterways and ports - Planning Inter-modal systems.Seaport and fluvial ports installation viability.Specialized docks for hydrocarbons, minerals, fishing, among others.Ports and facilities - DesignMooring system: dolphins and mooring posts.Submarine line shipyard and sincro lift.Mooring posts and defense system.Piles and metal structures cathodic protection system.DredgingDredging preliminary plan, depth and viability study.Dredging equipment and volume calculation - Selection.Work protection Dam design.Slopes protection.Rock selection.Layer thickness: filter, transition, armor.Possible quarries location study.Works retainment - DamsBackfill material determination (rock or hydraulic backfill).Dam plant and typical section designs.Possible quarries location study.Container yard - Facilities Pavement selection.Pavement layer thickness (sub-base, base and wearing course).RTG facilities.MiscellaneousBuildings, electric and communication networks.Water and sewage.Water system for fire control.Port equipment.
CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Ports Division is described as follows:
Services
Materials balance.Energy balance.Project description.Preliminary equipment design.Preliminary design.Preliminary program.Preliminary estimation.Basic engineering.Pre-feasibility.Feasibility.Detail engineering.Work and equipment and facilities assembly supervision.Project management (EPCM).
Projects
Talara Refinery. Designs revision and works supervision, installation in the liquid load dock for Petroperú's refinery in Talara. Piura, Peru.
La Pampilla Refinery. Diesel No. 2 oil supply system to the Ventanilla 200 MW thermal power plant. Lima, Peru.
Liquid hydrocarbons recovering, Lot 8. Final study and work supervision. Loreto, Peru.
Biodiesel Refinery. Comprehensive project management, including the design revision and complementation and the construction and assembly management. Lima, Peru.
Oil well in Talara. Work and assembly supervision. Replace from gas motors to electric motors. Piura, Peru.
Ammonium nitrate plant. OBL facilities basic engineering, phase FEL 3. Moquegua, Peru.
New Ninacaca supply plant. Basic extended engineering (FEED). Risk assessment and ITF procedure for construction. Pasco, Peru.
Exploitation platform, Lot 76. Base camp construction engineering, supervision and management. Madre de Dios, Peru.
Dock N° 3, Iquitos Refinery. Basic engineering for changing the service from solid load to liquid load. Loreto, Peru.
Curaray Terminal. Fluvial terminal port facilities detail engineering for the diluent reception and produced raw material unloading. Loreto, Peru.
New Ilo terminal. Basic engineering, risk studies, ITF procedure for construction. Moquegua, Peru.
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Talara Refinery. Oil storage tank. Piura, Peru.
Talara Refinery. Liquid load dock. Piura, Peru.
Petroperú's solvents plant - Talara. Piura, Peru.
Lot 8. Loreto, Peru.
Biofuel refinery. Pure Biofuels. Callao, Lima; Peru.
Oil wells Lot X, Taimán and Peña Negra section. Piura, Peru.
Talara Refinery. Liquid load dock. Piura, Peru.
Biofuel refinery. Pure Biofuels. Callao, Lima; Peru.
Dock N° 3, Iquitos Refinery. Loreto, Peru.
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CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Hydrocarbons and Petrochemical Division is described as follows:
Hydrocarbons and PetrochemicalResources from the past used for development
Areas
Storage plantsFixed or floating roof storage tanks, water and foam fire fighting system, dispatch pumps and bays,
automation and control systems.
Submarine linesBathymetry, currents study, land and sea pipes, specifications, launching procedures and control,
pumps, cathodic protection, automation and control.
Process pipingPipe stress and flexibility analysis, hydraulic studies, vibrational analysis, pipe supports.
Oil and gas pipelinesDefinition of routes, diameters, flows, launching trap and tube cleaners, scada systems, ducts
inspection and integrity.
Pumping and compression stationsPumps and compressors, fire fighting systems, automation and control systems selection,
installation and assembly.
Production batteries and processing plantsRaw materials production lines, field manifolds, two-phase and three-phase spacers, production
tanks, pressure vessels (vertical columns, horizontal drums), heat exchangers (shell-and-tube, dry coolers), utilities (water, steam, air), fire fighting systems, instrumentation, automation and control.
Services
Materials balance. Energy balance. Project referential schedule. Preliminary equipment design. Conceptual design. Preliminary program and estimation. Preliminary estimation. Basic engineering, basic extended engineering (FEED). Pre-feasibility. Feasibility. Risk studies and assessment. Detail engineering. Procurement-purchase and logistics. QA/QC services. Project management (EPCM).
Software
Aveva PDMS.Intergraph CAESAR II.Intergraph TANK.Tekla structures 18.KYPIPE Gas.Surge.Breeze Incident Analyst.SideWinder.Primavera/Hard Dollar.S10.
Projects
New Banco de la Nación central headquarters (66.000 m2, consists on: 30 floors, 4 basement levels, 650 offices, within others). Work supervision and technical file development. Lima, Peru.
Lima Conventions Center (86.700 m2, consists on: 18 rooms, 4 basements, among others). Work supervision, technical file development and commissioning supervision. Lima, Peru.
Lima National Stadium.. Rehabilitation, comprehensive remodeling and infrastructure equipment supervision. Capacity for 42.500 people. Lima, Peru.
Grand National Theatre. Work and equipment supervision. Capacity for 1400 people. Lima, Peru.
New City of Morococha. Procurement service, construction management and work supervision. 5000 inhabitants. Junin, Peru.
New bottling industrial plant (89.000 m2). Work supervision and basic and detail engineering. Lima, Peru.
Open Plaza Pucallpa (34.000 m2) and Open Plaza Piura (52.000 m2) Shopping Centers. Management and work technical direction. Ucayali and Piura, Peru.
Universidad Peruana de Ciencias Aplicadas (UPC). New buildings and existing buildings extension (25.100 m2). Project management. Lima, Peru.
Chlorine-soda plant (33.400 m2) and phosphoric plant (46.800 m2) extension. Engineering revision, management and work supervision. Lima, Peru.
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New bottling industrial plant. Lima, Peru.
New Morococha City. Junin, Peru.
National Stadium. Lima, Peru.
Grand National Theatre. Lima, Peru.
Chlorine-soda and phosphoric plants. Lima, Peru.
Open Plaza Pucallpa Shopping Center. Ucayali, Peru.
New Banco de la Nación central headquarters. Lima, Peru.
Lima Conventions Center. Lima, Peru.
Universidad Peruana de Ciencias Aplicadas (UPC). San Miguel Headquarters. Lima, Peru.
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CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Buildings and Urban Development Division is described as follows:
Buildings and Urban DevelopmentCreating structures in harmony
Areas
Industries.
Warehouses.
Housing and offices.
Shopping centers and retail stores.
Hotels.
Corporate headquarters.
Educational centers.
Sports centers.
Urban habilitation.
Population center development and building.
Services
Basic engineering. Pre-feasibility. Feasibility. Detail engineering. Procurement - Purchase and
logistics - contractors selection.
Work and equipment and facilities assembly supervision.
Project management (EPCM).
Specialties
Topography. Geotechnical study. Environmental impact
assessment. Vehicle impact assessment. Architecture. Structures. Sanitation. Electricity. Voice, data, CCTV, detection
and alarms. Automation. Air conditioning and monoxide
extraction. Fire-fighting system. Indeci. Municipal Management.
Software
SAP2000. Tower. ETABS. XSTABL. Autocad Civil 3D. Revit Architecture. Revit Structure. Revit MEP. S10.
Projects
Huancayo Regional Hospital (500 beds). Project management. Junin, Peru.
Belén General Hospital (400 beds). Project management or comprehensive remodeling and extension. Trujillo, La Libertad; Peru.
La Libertad High-complexity Hospital (240 beds). Work supervision. La Libertad, Peru
New Antonio Lorena Hospital (240 beds). Final studies and work supervision. Cusco, Peru.
Alberto Sabogal Sologuren Hospital (157 beds). Extension and remodeling supervision. Callao, Lima; Peru.
New Huacho Hospital (127 beds). Final studies and technical file supervision. Lima, Peru.
Alberto Leopoldo Barton Thompson Hospital (126 beds). Work and equipment supervision. Callao, Lima; Peru.
Luis Negreiros Vega General Hospital (120 beds). Work supervision. Callao, Lima; Peru.
New Pisco Hospital (62 beds). Final studies, work and equipment supervision. Ica, Peru.
New Abancay II Hospital (52 beds). Final studies, technical file and work supervision. Apurimac, Peru.
EsSalud Hemodialysis Center. Final study and technical file development. Lima, Peru.
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Pisco Hospital, entrance hall. Ica, Peru.
La Libertad High-complexity Hospital. Peru.
Jorge Voto Bernales Hospital. Lima; Peru.
Alberto Leopoldo Barton Thompson Hospital. Callao, Lima; Peru.
New Cajamarca Hospital. Peru
Alberto Leopoldo Barton Thompson Hospital, equipment. Callao, Lima; Peru.
Pisco Hospital, internal view. Ica, Peru.
Luis Negreiros Vega General Hospital. Callao, Lima; Peru.
Huancayo Regional Hospital. Junin, Peru.
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HealthTaking care of the greatest human interest
Areas
Medical Care Centers / Health centers
Health centers with different levels of resolving capacity National Institutes.High-complexity Hospitals. National, Regional and Department Hospitals.Health care facility.Health posts.
CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Health Division is described as follows:
Services
Phases. - Pre-investment. - Investment. - Operations. Pre-investment. - Pre-investment studies. • Project profiles. • Project feasibility. Investment. - Preliminary plans and studies. - Final studies / technical files development. • Architecture, signaling and safety. • Structures. • Sanitary facilities. • Electric installations. • Mechanical installations. • Equipment. • Communication systems. • Environmental impact. Studies development, work and equipment implementation supervision. - Infrastructure and equipment maintenance systems.
Software
Revit Architecture.Revit Structure.Revit MEP.3D Max Design.
FUEFUENFUENNNNEUENENNTE:TE:TE:TETETEETETE:TE:TETE:TE:E:: LALLALALALALAAAPAPPLALAAPPLALAA
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Anta – Huaraz Airport / Huascarán. Ancash, Peru.
“Capitán FAP Guillermo Concha Iberico” Airport. Piura, Perú.
“Jorge Chávez” International Airport. Lima – Callao, Peru.
“Capitán Carlos Martínez de Pinillos” International Airport. Trujillo, Peru.
“Cadete FAP Guillermo del Castillo Paredes” Airport. Tarapoto, Peru.
“Jorge Chávez” International Airport. Lima – Callao, Peru.
“Capitán FAP Víctor Montes” International Airport. Talara, Peru.
“Capitán FAP José Abelardo Quiñones Gonzales; Gran General del Aire del Perú” International Airport. Chiclayo, Peru.
“Cadete FAP Guillermo del Castillo Paredes” Airport. Tarapoto, Peru.
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Projects
Jorge Chávez International Airport. Works execution supervision of the new passengers terminal, second runway (3500 m) and complementary works. Callao, Lima; Peru.
Capitán FAP José Abelardo Quiñones Gonzáles international airport modernization in Chiclayo. Pre-investment studies at profile and feasibility level. Lambayeque, Peru.
First group of airports (12) of the provinces of the Republic of Peru. Development master plans update. Study. Peru.
Air zone and other Capitán FAP Guillermo Concha Iberico airport pavements rehabilitation. Final engineering studies. Piura, Perú.
Air zone pavements functional and structural evaluation of Talar, Piura and Tumbes airports. Peru.
Rioja Airport. Runway rehabilitation final study and extension. Flexible pavement runway, 2200 m length and 45 m width. Design aircraft: Boeing 727. San Martín, Peru.
Tarapoto Airport. Design revision and project update. Earthworks, asphalt concrete pavement, drainage system and signaling supervision. Flexible pavement runway, 2600 m length and 45 m width. 65 m x 280 m rigid pavement aircraft platform. San Martín, Peru.
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AirportsShortening distances
CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Airports Division is described as follows:
Services
Conceptual engineering. Pre-investment studies: - Profile. - Feasibility.Master plans development.Air, noise and vibrations quality studies.Terminals design.Contract development and management.Construction management.Design and engineering.Environmental impact assessment.Fuel plant installations execution.Geotechnical engineering.Pavement design, rehabilitation and management of runways,
taxiways and parking platforms.Quality assurance/quality control.Heliports design.
Software
CIVIL 3D.EAGLE POINT.FARFIELD 1.302.COMFAA 3.0.PROFAA.SW-1 TDS AI.LCCOST.
Areas
Aeronautics, air zone Pavement functional and structural evaluation. Runway, taxiway and parking platform improvements. Drainage and sub-drainage system improvement. Lighting system. Air space evaluation. Environmental assessment, remediation and improvement. Operational safety plan formulation.
Aeronautics, land zone Warehouses, load facilities, hangars and other maintenance facilities design and/or improvement. Access and roads design towards the airport area / parking improvements. Terminals design, extensions and renovation.
Airport concessions Service levels evaluation and measurement. Commercial areas design.
Projects Topo-bathymetric profiles determination and gauging in
Mara 320, Mara 300 and Mara 230 sectors. Marañón river. La Libertad and Ancash, Peru.
Cajamarquilla zinc concentration plant. 160k and 320k extension project. Topographic control of the civil, metal-mechanical and equipment extension works implementation. Lima, Peru.
Environmental management plan of the Chinchaycocha lake storage and discharge operations. Topography, bathymetry and Geographic Information Systems (GIS). Junin, Peru.
Photovoltaic solar power plants. Topographic and geodetic service. Tacna and Moquegua, Peru.
Toromocho mining project. Yauli - Morococha. Topographic survey and control services. Junin, Peru.
New concentration plants in San Nicolás and Shougang Mine areas. Topography and geodesy services. Ica, Peru.
Forest inventory in the right-of-way (30 m) belonging to the SIEPAC transmission line (285 km). Geo-referenced information system. El Salvador.
Pucallpa port terminal. Topographic and bathymetric survey of the port development area. Ucayali, Peru.
Callao Port - South and North Dock. Bathymetry service for the dredging control in the work supervision. Callao, Lima; Peru.
Sudamericana de Fibras. Hydro-oceanographic study for the effluents Submarine Transmitter laying as part of the Environmental Impact Assessment (EIA). Callao, Peru.
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Cerro de Pasco Deviation - Tingo María Highway. Pasco and Huánuco, Peru.
Emitter. Callao, Lima; Peru.
Hydrographic equipment, echo sounder, GPS.
Chinchaycocha lake. Junin, Peru.
Land survey with airborne system - LiDAR software.
Marañón river. Ancash and La Libertad, Peru.
Geodetic points georeferencing - Toromocho Project. Junin, Peru.
320k extension project - Cajamarquilla Zinc concentration plant. Lima, Peru.
Vilcanota river. Cusco, Peru.
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CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Topography and Geomatics Risk Division is described as follows:
Topography and GeomaticsMeasuring the land and works
Areas
Topography and Geodesy Geodetic and topographic control networks set up.Conventional surveys and surveys with airborne systems.Buildings laying out, structures position and level control, electromechanical installations control.Trace, Stakeout and Quantity takeoff.Survey for transmission lines, hydroelectric power plants, piping, mine closure plans, transportation,
hospitals, drinking water and sewerage systems, mining projects, ports, buildings and urban habilitation.
Hydrography and Oceanography Bathymetric survey in all aquatic fields (sea, rivers, lagoons) with port and/or navigation
infrastructure purposes.Reservoir capacity determination of lakes, lagoons and reservoirs.Hydro-oceanographic studies. Oceanographic variables monitoring, analysis and modeling (wave
action, currents, tides, wind, temperature and salinity).Oil exploration platforms monitoring.Amazon rivers navigability studies. Navigation canals design.Monitoring for the underwater pipes and emitters installation.Dredging supervision and control.
GIS and Spatial AnalysisGeographic information systems development, applying technologies and methodologies with a
systemic approach in the geographic space study in several fields such as Hydrology, Mining, Transportation, Energy, Environmental Studies, Sewerage, Archeology, Education and Health.
Cadastral information systems development (urban, rural and infrastructure). Base and theme drawings design, based on international standards (ISO 19100).
Cartography, Remote Sensing and Cadastre Satellite images digital treatment for the theme coverage identification, applied in return
multi-temporal analysis regarding snow-capped mountains, desertification, vegetal coverage changes, crops health, river waterways behavior, mineral components identification in aquatic and terrestrial fields and current soil use identification.
High-precision cartography through photogrammetric methods: traditional aerial digital photogrammetry, UAV photogrammetry (drones) and LIDAR aerial technology.
Urban, rural and insfrastructure cadastre projects development (ports and airports).
Services
Basic engineering.Pre-feasibility.Feasibility.Detail engineering.Work topographical control.
Software
ArcGis for Desktop.PCI Geomatics.Hypack.Autocad Map 3D.Autocad Civil 3D.MicroStation.Topcon Tools.
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Projects
Carahuacra Norte open cut seismic risk study update and physical stability of Volcan S.A.A. dump. Junin, Peru.
Soil works quality control and assurance in Cobriza tailing dam projects. Huancavelica, Peru.
Tablachaca Reservoir. Underwater drilling execution. 13 drillings (diamond drillings). Huancavelica, Peru.
Lagunas Norte Mine leaching PAD, Barrick MBM (phase 2, phase 3 and 3A). Quality control service for the construction. La Libertad, Peru
“Collapse 5” stabilization works. Final study and detail engineering. Tablachaca reservoir stabilization works final design. Huancavelica, Peru.
Slopes stability analysis. Huehuetenango 230 kV Substation. Guatemala.
Geological - geotechnical analysis for intake, tunnel and power house works. Topo hydroelectric power station. Tungurahua, Ecuador.
Quality control assurance supervision (CQA). Butters Project – MBM. Ancash, Peru.
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Santa María tailing deposit No. 2. La Libertad, Peru
Paita Port. Piura, Peru.
Lagunas Norte Mine leaching PAD. La Libertad, Peru
Carahuacra Norte cut. Junin, Peru.
Cobriza tailing dams. Huancavelica, Peru.
Complementary instrumentation in instable areas. Huancavelica, Peru.
Tablachaca Reservoir. Underwater drillings. Huancavelica, Peru.
Tablachaca Reservoir. Geotechnical instrumentation control. Huancavelica, Peru.
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CESEL S.A. is a consulting company with more than 40 years of experience in developing engineering with several integrated disciplines. Its headquarters are located in Peru and it has branches and offices in several Latin American countries. CESEL develops studies, designs and engineering projects; studies, works and assembly supervision; factory inspection; environmental studies and comprehensive management of engineering and construction projects through its twelve operating divisions and six technical departments. The Geology, Geotechnics and Seismic Risk Division is described as follows:
Geology, Geotechnics and Seismic RiskDiagnosing the Earth
Services
Basic engineering. Pre-feasibility. Feasibility. Detail engineering
Software
Slide.Macstars. Plaxis.Midas 3D. Seisimager 2D. Zmap. Crisis 2007. Feflow.
Dips. Rocfall. Rocplane. Swedge. Unwedge. Phase.Autocad Civil 3D.MS Project.
AreasGeologySurface and underground local geological evaluation,
geomorphology studies, geodynamics and geological risks.
Structures sampling, veins, mantles, alteration areas, deposit types definition, mineralization hydrothermal levels and geophysical and geochemical interpretation.
Geological-structural analysis for the geotechnical design of the slopes and tunnels support.
GeotechnicsSoil mechanics study, admissible capacity and soil
maximum deformation analysis for superficial and deep foundations.
Geomechanical evaluation to qualify the rock mass in tunnels, foundations and slopes.
Geotechnical studies focused in soil and rock slopes stability analysis, solution alternatives design in critical scenarios (gabion walls, MSE walls, meshing, anchoring, etc.).
Dams geotechnical design for reservoirs, tailing deposits, dumps, open pits, etc.
Evaluation and design of the type of support and slopes based on the rock mass geomechanical behavior.
Evaluation and design of the type of tunnels support based on the rock mass geomechanical behavior.
Numerical modeling through 2D and 3D finite elements for the soil and rock non-linear behavior simulation, static and dynamic stress-deformation analysis, construction simulation per stages, geotechnical structures construction, such as, dams, embankments, foundations, excavations and tunnels, filtrations analysis and rapid water release, slopes stability analysis and liquefaction potential evaluation.
Structures and moving soil mass monitoring and control through geotechnical instrumentation installation and supply (piezometers, inclinometers, tiltmeters, etc.).
Quality assurance and control (CQA and CQC) in the construction process of the mining projects, such as leaching pad, tailing dams, dumps, etc.
Geotechnical investigations for projects regarding dams, hydroelectric power plants, highways, tunnels, ports, airports, transmission lines, mining facilities, buildings, etc.
Geophysical prospections execution through seismic refraction, MASW, MAM, SEV, Down Hole tests, etc.
Quarries evaluation; use, efficiency and exploitation. Laboratory tests conduction in soil, rock,
aggregates, green and hardened concrete samples, and soil and water chemical analysis.
Diamond drilling control and supervision.
Seismic riskSeismic hazard studies through probabilistic and
deterministic methods; defining the land seismic movement maximum acceleration levels for the maximum consider earthquake (MCE) and the operation base earthquake (OBE) by the probabilistic method; and for the maximum credible earthquake (MCE) by the deterministic method according to the International Building Code (IBC).
Seismic amplification analysis through linear, equivalent linear and non-linear methods for developing the design response spectrum.
HydrogeologyHydrogeological studies, ground water flow
numerical modeling, hydrogeological parameters monitoring and control, drilling supervision for wells.
