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Best Practices for Automation in the Mining, Minerals and Metallurgical Industries
© 2012 FLSmidth A/S 2
Contents
Introduction ……………………………………………… 3
Operational Challenges ………………………………… 4
Knowledge of Automation and Strategy ……………… 5
Current Automation Practices …………………………… 6
Benefits obtained ………………………………………… 7
Approach, Rationale and Criteria for Investment ……… 8
Strategy Adaptation ……………………………………… 10
Appreciation and Future Plans …………………………… 11
Conclusion ………………………………………………… 14
© 2012 FLSmidth A/S 3
Introduction
In 2011, FLSmidth, in collaboration with ARC Advisory Group, conducted a confidential survey to develop a better under-standing of the best practices in process automation currently employed by the mining, minerals and metallurgical processing industry. One hundred and ten respondents from around the world contributed to the survey.
The survey examined the challenges encountered in mining operations, strategies for automation, technologies employed and the benefits they yield. It also researched how people inform themselves on automation and how they source auto-mation. Finally, the survey investigated the plans they have for implementing automation for the future and how they adapt their strategies.
The resulting report “Best Practices for Automation in the Mining, Minerals and Metallurgical Industries” based its findings on the answers of three defined groups of respondents:
StrategistsStrategists are well-informed, regard automation as a strategic issue, have already implemented a high degree of automation and stress functionality, in-house serviceability, local support and reliability, and have quantified benefits as main solution selection criteria.
ImplementersImplementers are fairly well-informed, use a mix of strategic and tactical processes in their approach to process automation, have installed an average degree of automation with medium to large gaps, and regard functionality and reliability as main solution selection criteria.
AdoptersAdopters have fair knowledge, varying between areas, have installed a lower degree of automation with large gaps, have aggressive plans for extensions and new installations, and regard functionality and reliability as main solution selection parameters.
The survey identified seven major areas of interest: Operational Challenges Knowledge of Automation and Strategy Current Automation Practices Benefits Obtained Appreciation and Future Plans Approach, Rationale and Criteria for Investment Strategy Adaptation
© 2012 FLSmidth A/S 4
0% 20% 40% 60% 80% 100% 120% 140% 160%
Throughput
Yield, recovery rate
Energy cost
Water management
Health and safety regulatory compliance
Emissions reporting
Emissions control
Process safety
Productivity, manpower cost
Manpower availability
Manpower skills and know-how
Plant availability
Process variability, product quality
Correct metallurgical accounting
Production performance reporting
Automation availability and reliability
Strategists
Implementers
Adopters
Operational Challenges
OverviewOverall, the trend is that factors such as throughout and yield that affect production value are considered more important than cost factors such as energy and personnel costs.
FindingsThe top three challenges are throughput, automation availability and reliability, and yield or recovery rate. These three challenges are all related to total, sellable production quantities – i.e. production value.
Energy cost, process safety, and plant availability are next in line. Energy is a highly visible financial cost factor. Sustainability aspects such as emissions control and reporting are not seen as important challenges.
Next in the list is manpower availability that affects production quantity, supporting the focus on production value. Scarcity of skilled personnel is probably an issue, particularly in remote regions, at a time when production needs to be maximized in order to realize buoyant commodity prices.
Distribution between each group is fairly even for each challenge with the exception of correct metallurgical accounting and emissions reporting, where no Adopters are represented. The latter finding is interesting when one considers the considerable focus that environmental issues have in permitting mining operations.
Automation availability and reliability
Production performance reporting
Correct metallurgical accounting
Process variability, product quality
Plant availability
Manpower skills and know-how
Manpower availability
Productivity, manpower cost
Process safety
Emissions control
Emissions reporting
Health and safety regulatory compliance
Water management
Energy cost
Yield, recovery rate
Throughput
Strategists Implementers Adopters
© 2012 FLSmidth A/S 5
0% 20% 40% 60% 80% 100%
Process automation and supervisory control
Collection, visualisation, reporting and analysis of data
Advanced process control
On-line analyzers and advanced instrumentation
Sampling, sample preparation and analysis
Operator training simulation
Material accounting, sorting and blending
Remote plant monitoring and operation
Remote vendor support
Strategists
0% 20% 40% 60% 80% 100%
Implementers
Knowledge of Automation and Strategy
OverviewFocus on strategy is highest in Strategists and lowest in Adopters with tactical, case-by-case application of automation strongest in Adopters. This leads to the supposition that the lower level of benefit generally obtained by Adopters may be due to lack of a global approach to automation with inadequate coordination.
FindingsStrategists take a far more strategic approach to automation with more than 40% considering it to be a strategic enterprise issue. Implementers focus more on general application. Adop-ters look to general application of automation with highly visible applications.
Respondents’ knowledge of the different technology domain categories varies both by domain and performance. Knowledge of process control systems, historization, visualization, advanced process control and remote plant monitoring ranks higher than that of automating quality operations, operator training simula-tion, material accounting and remote maintenance.
Generally, Strategists have more knowledge than Implementers, who in turn have more than Adopters. Strategists believe that more than 80 per cent in this category have expert or good knowledge, while the corresponding figure for Implementers and Adopters is around 60 per cent.
Strategists
Adopters
Implementers
Remote vendor support
Process automation and supervisory control
Collection, visualisation, reporting and analysis of data
Advanced process control
On-line analyzers and advanced instrumentation
Sampling, sample preparation and analysis
Operator training simulation
Material accounting, sorting and blending
Remote plant monitoring and operation
0% 20% 40% 60% 80% 100%
Adopters
None
Some knowledge
Fair knowledge
Good knowledge
Expert
Remote vendor support
Process automation and supervisory control
Collection, visualisation, reporting and analysis of data
Advanced process control
On-line analyzers and advanced instrumentation
Sampling, sample preparation and analysis
Operator training simulation
Material accounting, sorting and blending
Remote plant monitoring and operation
None Some knowledge Fair knowledge Good knowledge Expert
© 2012 FLSmidth A/S 6
Current Automation Practices
OverviewStrategists automate more than Implementers with Adopters automating least. Across performance categories, advanced process control is the most installed domain followed by historization and visualization, on-line analysis and advanced instrumentation. Operator training simulation and material accounting are least installed.
FindingsStrategists make clear choices. At least 70 percent automate most domains well, with the exception of operator training simulation and material accounting domains where automation is as yet rare. Over 90 percent have well automated PLC-based process control, historization and visualization, and on-line analy-sis and advanced instrumentation, while at least 70 percent have well installed advanced process control, remote plant monitoring, operation, support, diagnostics and maintenance.
Implementers and Adopters do not agree to the same extent how far to automate a certain category.
The mining, minerals and metallurgical sector tends towards a low-cost sourcing strategy with few strategic suppliers, accepting slightly lower functionality or service, but with a lower cost of ownership. Many respondents have a scope limited to a site or a project. Those with an enterprise-wide approach feel that dependence on a single supplier would increase financial and technical risk.
0% 20% 40% 60% 80% 100%
PLC based process control
DCS-based process control
Historization and visualization
Advanced process control
On-line analysis and advanced instrumentation
Remote plant operation and monitoring
Remote vendor support
Operator training simulation
Material accounting, sorting and blending systems
Strategists
0% 20% 40% 60% 80% 100%
Implementers
0% 20% 40% 60% 80% 100%
Adopters
Not installed
Little automated
Well automated
Fully automatec
Not installed Little automated Well automated Fully automated
Strategists
Adopters
Implementers
Material accounting, sorting and blending systems
Operator training simulation
Remote vendor support
Remote plant operation and monitoring
On-line analysis and advanced instrumentation
Advanced process control
Historization and visualization
DCS-based process control
PLC based process control
Material accounting, sorting and blending systems
Operator training simulation
Remote vendor support
Remote plant operation and monitoring
On-line analysis and advanced instrumentation
Advanced process control
Historization and visualization
DCS-based process control
PLC based process control
© 2012 FLSmidth A/S 7
Benefits obtained
OverviewRespondents’ benefits would seem to be more strongly correlated with the way they apply the technology rather than the degree of automation they have implemented. Benefits corresponding to the most important challenges are among the highest reported across performance categories – an encouraging sign that automation is delivering on the benefits expected.
FindingsThe areas where respondents hope to gain the biggest benefit from automation are throughput, yield/recovery rate, energy cost, plant availability and automation reliability and availability. These areas correspond closely with the main operational challenges.
Strategists rate the benefits obtained in almost all performance areas as either critical or very important. These ratings are less common among Implementers and in the minority in Adopters. These results are possibly the result of strategic focus in Strategists and an increasingly more case-by-case approach in Adopters.
The bottom line, however, seems to be that the more strategic the approach to automation, the greater are the benefits it delivers.
0% 20% 40% 60% 80% 100%
Throughput maximization
Yield maximization or improved recovery rates
Minimization of energy consumption
Water consumption and waste minimization
Auxiliary materials consumption
Robustness (capacity to recover from disturbances)
Variability
Trouble shooting
Increased availability, minimization of upsets and shutdowns
Compliance with HSE regulations, exposure of personnel
Meeting product quality specifications
Ensuring product consistency
Representative sampling, sampling preparation and analysis
Reducing the cost of quality compliance and assurance
Increasing speed from sampling to analysis result
Tighter metallurgical accounting
Process equipment maintenance cost
Automation and instrumentation equipment lifecycle cost
Improved lifecycle management of equipment and facilities
Production personnel productivity
Maintenance personnel productivity
Process control personnel productivity
QC/lab personnel productivity
Strategists
0% 20% 40% 60% 80% 100%
Implementers
0% 20% 40% 60% 80% 100%
Adopters
Unimportant
Somewhat important Important
Very important Critical
Don't know
QC/lab personnel productivity
Process control personnel productivity
Maintenance personnel productivity
Production personnel productivity
Improved lifecycle management of equipment and facilities
Automation and instrumentation equipment lifecycle cost
Process equipment maintenance cost
Tighter metallurgical accounting
Increasing speed from sampling to analysis result
Reducing the cost of quality compliance and assurance
Representative sampling, sampling preparation and analysis
Ensuring product consistency
Meeting product quality specifications
Compliance with HSE regulations, exposure of personnel
Increased availability, minimization of upsets and shutdowns
Trouble shooting
Variability
Robustness (capacity to recover from disturbances)
Auxiliary materials consumption
Water consumption and waste minimization
Minimization of energy consumption
Yield maximization or improved recovery rates
Throughput maximization
Unimportant Somewhat important Important Very important Critical Don’t know
Strategists Implementers Implementers
© 2012 FLSmidth A/S 8
Approach, Rationale & Criteria for Investment
OverviewMore than 70 percent of Adopters and 80 percent of Strategists feel comfortable assessing the possible gains associated with investments in automation and their economic impact, but feel they need additional information.
Safety aspects influence decisions to invest in process automa-tion in a major way. Also respondents feel it is important or very important that employees use their energy managing the process rather than the equipment.
FindingsRespondents feel a need for information about available solutions types to be continuously updated. This includes knowledge about economic benefit assessments. Aligning workers and motivating them are top areas where respondents feel they lack information.
Reducing the presence of people in production areas is important or very important to 70 percent of Adopters and up to almost 90 percent in Strategists. Both aspects are linked to availability of personnel, which is a challenge for many. Health and personal safety are likely other factors motivating the reduction of presence in production locations.
0% 20% 40% 60% 80% 100% 120% 140% 160%
Knowledge about the available solution types
Knowledge of how to ensure a smooth transition from manual processes and rapid realization of
benefits
Knowledge of the service and maintenance requirements of an automation solution and how to
address them
Understanding of the general advantages of automation for your particular plant and equipment
Understanding of the relevance of particular solution types for your plant and equipment
Knowledge of how to align workers, motivate them for new solutions, and address resistance
Knowledge about economic benefit assessment
Strategists
Implementers
Adopters
Strategists Implementers Adopters
Knowledge about economic benefit assessment
Knowledge of how to align workers, motivate them for new solutions, and address resistance
Understanding of the relevance of particular solution types for your plant and equipment
Understanding of the general advantages of automation for your particular plant and equipment
Knowledge of the service and maintenance requirements of an automation solution and how to address them
Knowledge of how to ensure a smooth transition from manual processes and rapid realization of benefits
Knowledge about the available solution types
© 2012 FLSmidth A/S 9
When deciding on automation products, Strategists attach clearly more importance to the following criteria, than Implementers and Adopters who focus more on product functionality and reliability:
Quantified benefits, audited after installation Total cost of ownership Equipment and solution life cycle management Serviceability by own staff Scalability (modular design) Reliability Remote support, diagnostics and maintenance Local support and spares Real-time management reporting Industry and process specific features Documented success at similar plants Customizable applications Upward compatibility and openness towards other systems
Quantified benefits, audited after installation
Total cost of ownership
Equipment and solution life cycle management
Serviceability by your own staff
Scalability (modular design)
Reliability
Remote support, diagnostics and maintenance
Local support, spares etc.
Real time management reporting
Industry and process specific product features
Documented success at similar plants
Customizable application
Compatibility (openness towards other systems)
Unimportant Somewhat important Important Very important Critical
0% 20% 40% 60% 80% 100%
Compatibility (openness towards other systems)
Customizable application
Documented success at similar plants
Industry and process specific product features
Real time management reporting
Local support, spares etc.
Remote support, diagnostics and maintenance
Reliability
Scalability (modular design)
Serviceability by your own staff
Equipment and solution life cycle management
Total cost of ownership
Quantified benefits, audited after installation
Strategists
0% 20% 40% 60% 80% 100%
Implementers
0% 20% 40% 60% 80% 100%
Adopters
Unimportant
Somewhat important
Important
Very important
Crtitical
Strategists AdoptersImplementers
© 2012 FLSmidth A/S 10
Strategy Adaptation
OverviewMost respondents are loyal to their suppliers. Also they are becoming more aware of automation as a strategic factor, in particular in an enterprise context. There is a trend away from the case-by-case approach.
FindingsA majority of respondents would place their orders with the same process automation suppliers whom they have selected to optimize functionality, minimize risk or optimize design and implementation.
While there could be an advantage in reducing the number of suppliers, many are reluctant to do so because of the risk factor involved in changing.
There is a strong trend towards a perception of increased strategic importance. Automation with strategic importance for sites and even more for the full enterprise, will become more widespread than the current preference for ‘generally applying’ automation as well as ‘highly visible applications’. This is most obvious in Implementers who appreciate their gap in strategy, less for Strategists, who automate already in a strategic manner, and even less for Adopters.
0% 20% 40% 60% 80% 100%
Optimum for design and implementation efficiency
Optimum for risk
Optimum for the installed solution effectiveness
Less
Maintain
More
Less Maintain More
Optimum for the installed solution effectiveness
Optimum for risk
Optimum for design and implementation effeciency
© 2012 FLSmidth A/S 11
0% 20% 40% 60% 80% 100%
PLC based process control
DCS-based process control
Historization and visualization
Advanced process control
On-line analysis and advanced instrumentation
Remote plant operation and monitoring
Remote vendor support
Operator training simulation
Material accounting, sorting and blending systems
Not installed
Little automated
Well automated
Fully automatec
Appreciation and Future Plans
OverviewThe general perception of useful degree of automation per technology domain is much the same among Strategists, Implementers and Adopters. This is particularly true for those who believe and domains should be fully automated. There are, however, a number of discrepancies between perception of importance and investment plans, most apparent in Adop-ters who, despite aggressive investment plans, seem to have less coordinated action plans.
FindingsNearly 60 per cent of Strategists are planning to invest in automation or remote vendor support, diagnostics, trouble-shooting, remote plant operation and monitoring within the next 12 months, while about 50 per cent are looking to auto-mate material accounting, sorting and blending systems within the same timeframe. There is already a high degree of installed DCS- and PLC-based process control among Strategists.
0% 20% 40% 60% 80% 100%
N/A
Little automated
Well automated
Fully automated
0% 20% 40% 60% 80% 100%
Within 1 year
In 1 to 3 years
In 4 years or later
Not aware of plans
Material accounting, sorting and blending systems
PLC based process control
DCS-based process control
Historization and visualization
Advanced process control
On-line analysis and advanced instrumentation
Remote plant operation and monitoring
Remote vendor support
Operator training simulation
Strategists
N/A
Little automated
Well automated
Fully automated
Not installed
Little automated
Well automated
Fully automated
Within 1 year
In 1 to 3 years
In 4 years or later
Not aware of plans
Current level Optimal level Future plans
© 2012 FLSmidth A/S 12
Together with material accounting, operator training simulation is high on the list for more than 60% of Implementers within the next 12 months. About 50 per cent in this category are looking to automate remote plant operation and monitoring, and DCS-based process control. They possibly regret their decision to use a DCS where they could have employed a PLC system. Between 20 and 60 percent of Strategists have plans for exten-sion or additional installation in all technology domains within 12 months, and between 35 and 50 percent have plans in four years or later.
0% 20% 40% 60% 80% 100%
PLC based process control
DCS-based process control
Historization and visualization
Advanced process control
On-line analysis and advanced instrumentation
Remote plant operation and monitoring
Remote vendor support
Operator training simulation
Material accounting, sorting and blending systems
Not installed
Little automated
Well automated
Fully automatec
0% 20% 40% 60% 80% 100%
N/A
Little automated
Well automated
Fully automated
0% 20% 40% 60% 80% 100%
Within 1 year
In 1 to 3 years
In 4 years or later
Not aware of plans
Material accounting, sorting and blending systems
PLC based process control
DCS-based process control
Historization and visualization
Advanced process control
On-line analysis and advanced instrumentation
Remote plant operation and monitoring
Remote vendor support
Operator training simulation
Implementers
N/A
Little automated
Well automated
Fully automated
Not installed
Little automated
Well automated
Fully automated
Within 1 year
In 1 to 3 years
In 4 years or later
Not aware of plans
Current level Optimal level Future plans
© 2012 FLSmidth A/S 13
Over the coming year, about 70 per cent of Adopters are plan-ning to invest in automation of material accounting, sorting and blending systems, operator training simulation, remote vendor support, diagnosis and troubleshooting. Slightly fewer have plans for remote plant operation and monitoring. Around 40 per cent of Adopters also have plans to automate in other process control areas as well as historization and visualization.
0% 20% 40% 60% 80% 100%
PLC based process control
DCS-based process control
Historization and visualization
Advanced process control
On-line analysis and advanced instrumentation
Remote plant operation and monitoring
Remote vendor support
Operator training simulation
Material accounting, sorting and blending systems
Not installed
Little automated
Well automated
Fully automatec
0% 20% 40% 60% 80% 100%
N/A
Little automated
Well automated
Fully automated
0% 20% 40% 60% 80% 100%
Within 1 year
In 1 to 3 years
In 4 years or later
Not aware of plans
Material accounting, sorting and blending systems
PLC based process control
DCS-based process control
Historization and visualization
Advanced process control
On-line analysis and advanced instrumentation
Remote plant operation and monitoring
Remote vendor support
Operator training simulation
Adopters
N/A
Little automated
Well automated
Fully automated
Not installed
Little automated
Well automated
Fully automated
Within 1 year
In 1 to 3 years
In 4 years or later
Not aware of plans
Current level Optimal level Future plans
© 2012 FLSmidth A/S 14
Conclusion
Process and plant automation is an important strategic issue for companies in the Strategist segment. These companies tend to implement automation in more domains than Implementers and Adopters, often with an enterprise perspective, rating benefits obtained as either critical or very important. Less strategic thinkers tend to have a case-by-case approach to automation focusing on highly visible applications.
Generally speaking, the degree of knowledge and experience with automation as well as focus on business benefits rather than functional ones is proportional to perception of its strategic importance. However, there is a strong trend towards a deeper understanding of the strategic importance of automation by an increasing number of people.
Throughput, yield/recovery rates, energy cost reduction, plant availability and automation reliability and availability are the main benefits expected by the majority of respondents. Another major aim is a reduction in the presence of people in production areas. Reasons quoted are wage costs, lack of available skills and to a certain extent health and safety.
Most of those taking part in the survey felt confident about assessing the potential gains associated with their investment in automation. Despite this, however, respondents still felt a need for updated information about available solutions.
While there is a trend in the industry towards reducing the number of suppliers, most respondents remained true to their present suppliers in order to avoid risks associated with change.
The future plans of Strategists involve automation of vendor support, diagnostics, troubleshooting and remote plant operation and monitoring. Material accounting and operator training simulation are high on the list for Implementers. Those who have not implemented automation to the same degree are looking at many different areas, mainly functional ones such as material accounting, sorting and blending sys-tems, but also demonstrate increasing interest in vendor support, diagnostics and troubleshooting.
An unmistakeable conclusion, however, is that the importance of automation in relation to business performance and profitability is set to increase very quickly over the coming years.
Our brochure makes no offers, representations or warranties (express or implied), and information and data contained in this brochure are for general reference only and may change any time. Please contact us for specific information or data that may relate to your interest.
www.flsmidth.com/automationE-mail: [email protected]
Comminution Technology Center
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FLSmidth Salt Lake City, Inc.2850 S. Decker Lake Dr.Salt Lake City, UT 84119USATel: +1 801 526 2000
Material Handling Technology Center
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