Su equipo se enfrenta a riesgos relacionados con la geología. ¿Cómo te aseguras de que todo el mundo esté informado y preparado?

In Geology risk assessment is an important role of drilling activity basis of formation lithology hardness and depositional environment. High pressure zone lithology like Shale caving or sandstone, Claystone

As a Geologist Define the risk assessment according to the cause of source of risk which is external/ internal If external like flooding,sliding or else I tried to delineate the possible cause of risk ( structural analysis, slope stability works and map ground water 💦 saturation zone) If internal risk like earth quick and related zone I give great emphasis on identify and mapping the potential hazardous zone

Risk assessment can be a very subjective exercise, given the individual technical biases within the team. Lay out clear criteria for major risk objectives. At the end discard the highest and the lowest assessment at each risk criteria but ask for the rationales for these verdicts.

A risk assessment should be viewed as a continuous process, not an event. Good habits require practice and awareness: start your meeting with safety, every time. Each time you visit a site, make a mental note to look at protocols, be on the lookout for hazards, because you represent a fresh pair of eyes. Update reports should demonstrate situational awareness, and specific actions need to be measurable to be useful.

By analyzing geological factors such as earthquakes, volcanic eruptions, landslides, and tsunamis, we can identify areas of vulnerability and develop strategies to mitigate the associated risks.

También sería susceptible de estudio el riesgo de inundación o las características de suelos y rocas, así como los riesgos por avenidas o volcánicos. Cada zona tiene unos aspectos geológicos que pueden comportar un riesgo: p.ej. un abanico aluvial o una zona acarcavada en frentes de sierra; en una zona costera, protección contra oleaje en zonas historicas de formación de tempestitas; o estudios de estabilidad de taludes en zonas donde la gravedad sea el agente erosivo principal. En cuencas será importante estudiar sondeos y el funcionamiento hidrológico subterráneo. Resumiendo, el contexto geologico lo es todo, por ello, hay que contar con geologos y no sólo con ingenieros, para saber en qué gastar el dinero para en un estudio de riesgos.

Written communications, such as publications, reports and maps, allow geologists to communicate with each other, but are not necessarily the most effective form of communication when geological information needs to be conveyed to another (non-geological) professional or members of the pubic,

In addition to a passion for geology, it helps to have an aptitude for other areas of math and science. These play heavily into your geology studies, as it's impossible to truly understand geoscience unless you are also proficient in physics, chemistry, and calculus.

Wear a lab coat when working in the geochem lab along with Safety glasses, latex gloves and dust masks where necessary, according to MSDS guidelines of chemicals used. Wear eye protection, safety glasses, dust mask and a lab coat when cutting rocks with the diamond saw.

The Equipment Readiness is visual representation within the Plant Maintenance Dashboard. The Summary View will display the Unit's overall equipment readiness, in the form of KPI's that also allow users to drill down into WEBi reports, to view more information about subordinate units and equipment.

Here are some types of Monitoring Systems that can be applied 1. Seismic networks: Earthquake detection and monitoring. 2. Soil moisture sensors: Landslide and subsidence monitoring. 3. Ground deformation monitoring: InSAR, GPS, tiltmeters. 4. Geochemical monitoring: Gas, water, and soil sampling. 5. Weather stations: Precipitation, temperature, and humidity monitoring. 6. Acoustic emission monitoring: Rock fracture detection. 7. Electrical resistivity tomography (ERT): Soil and rock monitoring.