# AsterWell — Industrial Operations Modelling

> Drilling duration, fuel and carbon estimation using interval, penetration-rate and nonproductive-time assumptions. Not logistics dispatch, well control or operational safety guidance.

- Canonical URL: https://mkworks.co.business/
- Methodology & Equations: https://mkworks.co.business/methodology/
- Interactive Browser Runtime: https://mkworks.co.business/run/
- Author & Root Entity: Mohammad Rezwan Khan, PhD (https://mrkhan.co.technology/#person)
- Ecosystem Directory: https://mklab.co.technology/
- Knowledge Graph JSON-LD: https://mkworks.co.business/knowledge-graph.jsonld

## Governing Mathematical Formulation & Units
- Formula: `Drilling Time T_drill = Interval (m) / ROP (m/h); Total Duration T_total = T_drill / (1 − NPT_pct/100); Fuel (L) = T_total × Fuel_Rate (L/h); Emissions (tCO2e) = Fuel (L) × EF (kgCO2e/L) / 1,000; Cost = Fixed_Cost + (T_total / 24) × Daily_Rate`
- Units: Interval in metres (m); rate of penetration (ROP) in m/h; nonproductive time (NPT) in %; duration in hours (h) and days (d); fuel in litres (L); carbon emissions in metric tonnes CO2e (tCO2e); cost in assumed USD.

## Reproducible Worked Example
Case 1 (800 m interval, ROP = 10 m/h, NPT = 10%, Daily Rate = 24,000 USD/d, Fixed Cost = 50,000 USD, Fuel Rate = 180 L/h, EF = 2.68 kgCO2e/L): Net drilling time = 80.0 h; with 10% NPT, T_total = 80 / 0.9 = 88.89 h (3.704 days). Total Fuel = 88.889 × 180 = 16,000 L; Emissions = 16,000 × 2.68 / 1,000 = 42.88 tCO2e; Estimated Cost = 50,000 + 3.7037 × 24,000 = 138,888.89 USD.

## Canonical Companion Modules on this Domain
- **MinuteHarbor** (https://mkworks.co.business/minuteharbor/): Integer-cent allocation and reconciliation on fictional meeting records. Boundary: Not a certified accounting system, legal compliance or live organizational records.
  - Formula: `Distributable_Pool (cents) = Net_Result_Cents + Carry_Forward_Cents − Prior_Legal_Reserve_Cents; Reconciliation_Delta (cents) = Distributable_Pool − (Dividends_Cents + New_Legal_Reserve_Cents + Other_Reserve_Cents + New_Carry_Forward_Cents)`
  - Units: All monetary balances in exact integer cents (100 cents = 1.00 currency unit); zero floating-point rounding drift.
  - Worked Example: Case 1 (Ordinary Meeting Review, Carry Forward = 500,000 cents, Proposed Dividends = 400,000 cents): Integer-cent reconciliation checks whether proposed reserve transfers, dividends, and ending carry-forward balance exactly to the cent and flags any governance mandate or quorum metadata gaps in the fictional record.

## Benchmark Table
| Case | Interval (m) | ROP (m/h) | NPT (%) | Total Time (h) | Fuel (L) | Emissions (tCO2e) | Est. Cost (USD) |
| --- | --- | --- | --- | --- | --- | --- | --- |
| Case 1 (Baseline) | 800 | 10.0 | 10% | 88.89 | 16,000 | 42.88 | 138,888.89 |
| Case 2 (Hard Formation) | 1,200 | 8.0 | 15% | 176.47 | 31,765 | 85.13 | 226,470.59 |
| Case 3 (High Efficiency) | 800 | 12.5 | 5% | 67.37 | 12,126 | 32.50 | 117,368.42 |

## 5-Domain Core Authority Ecosystem
1. Hub & Authority: https://mrkhan.co.technology/ (Mohammad Rezwan Khan, PhD - BESS QA/QC & Energy R&D)
2. Interactive Course & Twin: https://khanlab.co.technology/ (Datacenter Power Systems & What-If Simulator)
3. Microgrid Research: https://mkgrid.co.technology/ (HelioForge Energy Lab - Hybrid Energy Research)
4. Synthetic Energy Trading: https://mktrade.co.business/ (ZephyrTrade - Wind-Market Synthetic Backtesting)
5. Utility & Tool Suite: https://mklab.co.technology/ (MKLab - 68 Free Browser Engineering & Planning Apps)