Luis Pecho Morales

Available to hire

Language

Spanish; Castilian
Fluent
English
Advanced

Work Experience

Head of Mechanical Execution at Cementos Pacasmayo S.A.A.
February 1, 2007 - June 15, 2017
Managed mechanical execution activities in a large-scale cement manufacturing operation. Coordinated maintenance shutdowns, supervised mechanical work crews and contractors, monitored project schedules, ensured compliance with safety standards, and supported plant reliability and operational continuity. Worked closely with maintenance, production, and engineering teams to achieve efficient execution of mechanical projects and maintenance activities.
Maintenance Superintendent at Cajamarquilla Zinc Refinery, Peru
January 28, 1981 - June 18, 2003
Led maintenance operations in one of the largest zinc refining facilities in Peru. Coordinated multidisciplinary teams, supervised preventive and corrective maintenance programs, monitored equipment performance, prepared technical reports, and supported continuous improvement initiatives. Worked closely with production and engineering departments to ensure operational reliability, safety compliance, and efficient project execution.

Education

Bachelor of Engineering - BE at Universidad Nacional del Centro del Perú
February 2, 1973 - June 13, 1981
Formación sólida en diseño, instalación y puesta en marcha de plantas industriales, gestión de mantenimiento y supervisión de sistemas mecánicos. Base técnica aplicada posteriormente en refinería, industria cementera y proyectos industriales de gran escala.
Curso de Especialización en Mantenimiento Industrial at ESAN Graduate School of Business
June 6, 1988 - August 11, 1988
Formación ejecutiva en planificación, confiabilidad y gestión del mantenimiento en plantas industriales de operación continua.

Qualifications

Industry Experience

Professional Services, Other, Energy & Utilities, Agriculture & Mining
    Razor blade with continuous functional serrated cutting edge for improved hair cutting

    The present invention relates to shaving cutting instruments, particularly reusable razor blades
    applicable to single or multi-blade systems for cutting human hair or beard.
    BACKGROUND
    Conventional razor blades typically include continuous straight cutting edges which cut hair
    through
    linear contact. Such configurations may require increased pressure and can cause pulling,
    especially when hair varies in orientation, rigidity, or diameter.
    SUMMARY OF THE INVENTION
    The invention proposes a razor blade having a continuous serrated cutting edge geometry
    configured to improve interaction with hair through capture, guidance, and cutting mechanisms.
    DETAILED DESCRIPTION
    The razor blade comprises a thin metallic sheet with a cutting edge defined by a continuous
    sequence of teeth along the entire active edge. Each tooth is directly connected to the next
    without
    flat sections or secondary serrations. The cutting edge extends along the entire contour,
    ensuring
    full cutting participation.
    Each tooth includes inclined flanks converging into a cutting vertex, enabling capture, guidance,
    stabilization, and controlled cutting of hair regardless of orientation.
    Tooth Angle Configuration
    The angle of each tooth is preferably between approximately 30° and 45°, where larger angles
    improve durability and smaller angles improve smoothness.
    Tooth Spacing
    The spacing § between adjacent teeth is on the same order of magnitude as human hair
    diameter.
    Blade Thickness
    The blade thickness is within a flexible range of tens to hundreds of micrometers

    Generación de Energía desde Reservorios Urbanos – Sistema Turbo de Reservorios de Agua

    El proyecto propone un sistema sencillo y funcional para recuperar energía hidráulica en los sistemas de agua potable urbana, aprovechando el flujo por gravedad que ya existe en la descarga de los reservorios.
    En lugar de perderse sin utilidad, esta energía puede transformarse en energía eléctrica limpia y constante, mediante la incorporación de una microturbina en el sistema de descarga. Esta innovación puede aplicarse sin alterar el servicio de agua potable ni requerir grandes inversiones.
    La propuesta es especialmente útil para:
     Empresas Prestadoras de Servicios de Agua (EPS)
     Municipalidades
     Proyectos de sostenibilidad urbana
     Zonas con alta pendiente natural y distribución por gravedad
    Entre sus principales ventajas se encuentran:
     Uso de una energía actualmente desaprovechada
     Fácil adaptación a sistemas ya existentes
     Aporte a la sostenibilidad y reducción de huella de carbono
     Potencial para generación constante (día y noche)
    Este sistema ha sido diseñado para adaptarse a contextos urbanos de Latinoamérica, Asia y África, con un modelo replicable y escalable.
    Puede implementarse en piloto en reservorios pequeños o medianos, con una producción estimada capaz de abastecer a varias viviendas o alumbrado público.