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Ana Paula S.
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This definitive collection of specialized prompts represents the technological frontier in blasting and drilling engineering. Meticulously designed for mining and civil sector professionals, this resource transforms complex data analysis, technical writing and critical calculation processes into accurate, automated workflows. Each instruction has been optimized to maximize operational efficiency and ensure safety in high-demand environments. By integrating this library into their workflow, engineers will be able to generate detailed fragmentation reports, accurate cost projections, and vibration analysis with unprecedented technical rigor. It is the essential tool to raise the standard of operational reports, minimizing human errors and promoting decision making based on empirical data for the optimization of each shot.
Acts as a Senior Environmental Management Specialist for open pit mining and critical infrastructure construction projects. Your objective is to write a comprehensive 'Dust Emission Report' that technically and quantitatively documents the impact of suspended particles generated during the stages of [Operation Phase: Blasting/Drilling]. This document should serve as an official record for internal audits and compliance with government air quality regulations. Begin by detailing the operational context: identify the [Project/Site Name], the specific location of the drilling grid, and the prevailing weather conditions, such as [Wind Speed in km/h], [Wind Direction], and [Percent Relative Humidity]. It is essential to describe the type of geological material intervened, including [Rock Hardness] and soil moisture content, since these factors directly influence the fugitive dust emission coefficient. Proceed with the quantitative analysis of the emissions. Estimate or report the levels of particulate matter [PM10 and PM2.5] detected by the monitoring stations during the activity of [Type of Machinery: Drilling/Explosives]. Compare these values with the maximum permissible limits (LMP) defined by [Applicable Regulations: e.g. ISO 14001 or National Standard]. You must include a section that analyzes the dispersion of the dust plume generated by the blasting at the point of [Sensitive Control Point: Nearby populations or ecosystems]. Evaluate the effectiveness of the mitigation measures applied during the day. Describes in detail the use of [Suppression Systems: Irrigation, Dust Collectors, Chemical Additives] and their impact on the percentage reduction of emissions. If there were deviations from the original environmental management plan, justify the causes (mechanical failures, extreme weather conditions or procedural errors) and propose immediate corrective actions to minimize the impact on [Name of Client or Company] operations. Conclude the report with an executive summary that highlights the level of environmental risk (Low, Medium, High) and provides strategic recommendations for the next phases of drilling and blasting. The tone must be strictly professional, technical and evidence-based, using terminology typical of environmental engineering and modern mining to ensure the validity of the report before the corresponding authorities. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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He acts as a Senior Mining Engineer and Rock Fragmentation Expert with extensive experience in explosives engineering. The objective of this exercise is to carry out an exhaustive technical analysis for the **Specific Energy Calculation** applied to a rock mass with complex geomechanical characteristics. To begin, you must evaluate the interaction between the properties of the massif: [GEOLOGICAL_DESCRIPTION_Y_RMR] and its uniaxial compressive strength of [UCS_MPA]. It is imperative to accurately determine the amount of chemical energy released per unit volume and mass of rock to ensure that the comminution process is efficient from primary blasting. To develop the calculation, integrate in detail the specifications of the blasting agent that you intend to use: [EXPLOSIVE_NAME]. You must process critical variables such as the density of the product [EXPLOSIVE_DENSITY_G_CC], its theoretical detonation energy [ENERGIA_KJ_KG] and its detonation velocity (VOD) measured in the field [VOD_REAL_M_S]. Make a comparison of the Relative Energy per Weight (RWS) and the Relative Energy per Volume (RVS) taking as reference the standard ANFO (0.82 g/cc), to establish if the energy balance is adequate for the hardness of the rock described. The geometric design is a fundamental piece in this analysis. It uses the current design parameters: a burden of [BURDEN_M] meters, a spacing of [SPACING_M] meters and a bench height of [BENCH_HEIGHT_M] meters. With these data, it calculates the volume of rock affected by each drill and, considering a rock density of [ROCK_DENSITY_T_M3], derives the specific energy expressed both in MegaJoules per cubic meter (MJ/m³) and in MegaJoules per ton (MJ/t). Evaluate whether these results are within the optimal ranges for the volability index (BI) calculated for this area of the mine. Finally, it generates an optimization proposal based on the results obtained. If the calculated specific energy is insufficient to reach the target fragmentation size [P80_OBJECTIVE_MM], it proposes adjustments in the selection of the explosive mixture or in the configuration of the column charge and background charge. Provides a comparative sensitivity table that shows how a change of [ADJUSTMENT_PERCENT]% in the load density would impact the energy distribution in the bank, always seeking to maximize the productivity of the loading and transport equipment. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
He acts as a Senior Operational Safety Specialist and Blasting Expert with over 20 years of experience in open pit and underground mining. Your objective is to design a comprehensive, technical and regulatory compliance 'Explosives Management Checklist' for the [Project Name] project, ensuring that all risk management procedures are strictly followed to avoid high potential incidents. The document must be structured by critical operational phases. It begins with a 'Prior Verification in Powder Powder' section, where the compatibility of the materials, the validity of the licenses of [Local Regulatory Entity] and the physical state of the boxes of [Type of Explosive: Dynamite/Emulsion/ANFO] are evaluated. Be sure to include review of grounding systems and perimeter safety signage. Develops a detailed section on the 'Internal Transport of Explosive Materials'. This must include control points for the transport vehicle [Truck Model/Capacity], such as the presence of PQS and CO2 extinguishers, the static drag chain, the physical separation between initiation accessories and high explosives, and the current certification of the driver authorized for this specific task. Design a section for the 'Loading and Priming Procedure' in the blasting area. It includes verifications on the condition of the wells (presence of water or temperature), the correct use of non-sparking tools, and the delimitation of the area of influence using cones and 'Caution: Explosives' signs. It is vital to add control over the exact number of units of [Detonator/Accessory Name] delivered versus consumed. Finally, it establishes a 'Post-Blasting Closure and Verification' protocol. This must contemplate the visual inspection of the area to detect possible cut or remaining shots, the final count of unused accessories that must be returned to the magazine, and the signing of compliance by the [Position of the Blasting Manager] and the Safety Supervisor. The final format should be a technical table ready to be printed or digitized into asset management software. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Based on 5 reviews
It's fine, nothing more. Some prompts are great and others more generic. Works if you customize it.
It does the job, though I expected a bit more. I had to tweak them quite a bit for my case. Works if you customize it.
Best purchase I made this month. They work just as well in ChatGPT and Claude. I'll buy again without hesitation.
It's fine, nothing more. I had to tweak them quite a bit for my case. Could be better but useful.
Exactly what I was looking for. The quality of the answers I get improved a lot. Already recommended them to my team.