increasing internal reliability with smart asset iot ... · increasing internal reliability with...
TRANSCRIPT
Increasing Internal Reliability with Smart Asset IoT Technology… and making/saving money doing it…
Gilbert Meyer-GauenDirector of Asset ManagementNational Oilwell Varco
November 19th, 2017
#IoTMan
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 2
• Company/Industry Introduction
• Core Maintenance Principles in our Industry:
– Reliability Centered Maintenance (RCM)
– ISO 14224
• Predictive Maintenance via NOV Max™
• NOV’s Internal Maintenance Software Stack
• Lessons Learned
Overview
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 3
• Leader in the Design, Manufacture, Sale and Service of Oil Field Equipment
• Established: 1841NYSE: NOVEmployees: 36,000Revenue (2016): $7.25B
• 178 Manufacturing Facilities Worldwide:
• We Power the Industry that Powers the World
Who Are We?
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 4
• We solve really big problems
Not Just The Oilfield…
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 5
Type Model
Drilling Control System NOV Hitec DCIS
Drawworks NOV EH-V-5000
Traveling Block NOV Hydralift HTB1380
Top Drive NOV Hydralift HPS 1000 2E AC
Rotary Table NOV Varco BJ RST 60-1/2
Pipe Racking System NOV Hydralift Hydra Racker IV
Hydraulic Roughneck NOV Hydralift HRN-166
Pipe Transfer System NOV Hydralift 3-1/2” to 30” pipe, SWL 20 ton
Riser Transfer System NOV Hydralift 90’ riser & slip joint, SWL 45 ton
Coring Winch NOV Dual Drum 19mm x 10,000 m.
Mud Pump NOV 14-P-220
Heave Compensator NOV Hydralift CMC1000-25
Riser Tensioners NOV Hydralift N-line direct acting tensioner
Lower Marine Riser Package NOV Shaffer Dual Annular
Drilling Equipment:
Source: http://edition.cnn.com/2017/04/07/asia/japan-drill-mantle/index.html
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 6
• Extremely remote locations
• Extremely rugged (rough neck proof)
• Low connectivity
• Extremely expensive when things break
– Antonov AN 124 rented to fly equipment
• Technology averse (unless it turns to the right!)
• Tried and failed a few times… no trust it will work!
Challenges We And Our Customers Face
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 7
• Reliability-Centered Maintenance (RCM)
• ISO 14224: Petroleum, petrochemical and natural gas industries — Collection and exchange of reliability and maintenance data for equipment
Core Maintenance Principles
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 8
• First used by Boeing during the design of the 747
• Since then adapted widely by many industries, incl. aerospace, wind power, mining, and oil and gas production
Reliability-Centered Maintenance (RCM)
Source: RCM Principles Provide Predictive Asset Maintenance Benefits, Cost Savings - Frank Breland, et al. (2010) - IADC/SPE 128865
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 9
ISO 14224 - Taxonomy
Example:
Petroleum
Upstream (E&P)
Drilling Rig
Offshore Platform
Pump
Lubrication
Gearbox
Compression
Bearing
Source: ISO Standard 14224
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 10
• Analytics augments our products
Predictive Maintenance via NOV Max™
End to End Solutions• Failure prediction• Notification and alerting• Mitigation strategy
Reduced Costof Ownership
ReducedDowntime
OptimizedPerformance
Condition-BasedMaintenance
Asset LifecycleManagement
100+ years of product knowledgeMultidisciplinary data science team
Products1
NOV Max™
Platform2 People3
Large FootprintDecades of Historical Data
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 11
• Large structure used to seal, control and monitor wells to prevent blowouts
• Chosen because of its high criticality and available data:
– 15 years of data
– 5 years of detailed maintenance history
– 8 BOPs
• Focus on pressure regulator failures:
Example: Offshore BOP Monitoring
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 12
Condition-Based Maintenance
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 13
NOV Access Customer Portal
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 14
We Sell Great Products, So Why Not Use Them Ourselves?
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 15
Overview of NOV’s Maintenance Software Stack
Data Historian
Failure Mode, Effects and Criticality Analysis (FMECA)
Computerized Maintenance Management System (CMMS)Machines
Preventive Maintenance
Unplanned Maintenance
Manufacturing Execution System
OEE
Sensors, PLC, Edge Devices
NOV Max™
IoT
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 16
Asset Information Management System (AIMS)
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 17
Condition Monitoring Work Order
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 18
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 19
Planned vs. Unplanned Maintenance
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 20
OEE
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 21
Orange - Mazak FCA750PY-N3B
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 22
Orange Overview
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 23
Day-Driven vs. Usage-Driven Maintenance Study
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 24
Day-Driven vs. Usage-Driven Maintenance
0
100
200
300
400
500
600
700
800
900
Qtr1 Qtr2 Qtr3 Qtr4 Qtr1 Qtr2 Qtr3 Qtr4 Qtr1 Qtr2 Qtr3 Qtr4 Qtr1 Qtr2 Qtr3 Qtr4
2014 2015 2016 2017
Man Hour Count
Planned Work Order Count
Switch to Usage
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 25
• Prepare your machines for IoT now (e.g. network ports or wireless networks)
• Always get your corporate network security team involved whenever you connect equipment to your company network
• Develop/Buy/Rent computerized maintenance management system (CMMS) to log maintenance and failure data
• Perform FMECAs on your most critical equipment
• Try to store any type of data from your machines that you can get; for new machine purchases, check whether they support MTConnect for easy data access
• Switch to usage-driven maintenance
• Never Settle!
Lessons Learned
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 26
• Uptime and reliability is fun
• Plants want to be cool
• Technology exists
• Show them the money!!!
• We have no more excuses:
Lessons Learned
©2017 NOV Increasing Internal Reliability with Smart Asset IoT - 11/29/2017 | 27
Questions?