Agenda

This overview is designed to help attendees see our current work in the context of our historical experience as well as our current situation. We have all been living and working through a period of significant change as a result of our national economic and market environment. The degree and significance of the change we are experiencing suggests that we will look back from this point in time and refer to it as the “old normal,” recognize that our present time was one of transition and refer to what follows as the “new normal.” With this perspective, we have a better chance of managing the change and transition that is upon us.

This course is designed to provide an overview into some of the tools and techniques that will help operators significantly improve their process and lower their companies’ operating costs. Seeing and understanding stone production as a value chain helps operators maximize the entire process rather than maximizing individual processes. Attendees will learn about the power of applying Lean Six Sigma principles to identify and reduce waste while improving the value-added process.

This course is designed to help quarry operations and management understand and use practical mine/quarry planning to improve their operational results while also improving their safety and financial outcomes. Practical applied production planning keeps one eye on current production activity and the other eye on middle/long-term development requirements and objectives.  Production has always been about designing, evaluating, creating, and managing an excavation sequence that is sustainable and profitable. Mines have always had to be rigorous and disciplined to bring a property online and make it go. Quarries, in the absence of market volumes that traditionally insured viability, can now benefit from a more disciplined planning effort that borrows from traditional mine planning programs as well as management methods borrowing from Lean Six Sigma concepts.

Drilling is the first and fundamental step in unit operations and, more importantly, is the foundation of an optimized blast event and fragmentation result. For the driller and operations manager, understanding and promoting good field practice is critical to getting improved results. To that end, we will review field practice standards and methods to achieve maximum precision and accuracy with blast hole results. Additionally, we will discuss the importance of understanding the drill technology options available to the quarry, how to select and apply them, and how to minimize cost and maximize quality outcomes with an eye toward supporting the blast phase of production. 

Understanding and optimizing a complex blasting program can be overwhelming, even for those who have extensive blasting experience. The purpose of this workshop is to create an entry point for those new to the blast optimization process and provide a smaller, discussion-centered environment to build the groundwork for understanding. By the end of the hour, you will come away with a framework for understanding the critical success and risk factors of your blasting program and the tools to start down the road of identifying, evaluating, and improving your blasting process.

Drilling and blasting as part of the crushed stone production process traditionally targets taking the rock in the bench apart and avoiding any of the undesirable consequences in doing so. Advanced technologies, combined with improved design and disciplines, now offer significant opportunity for drilling and blasting to improve productivity at the primary crusher and influence waste minimization at both pit and plant. This “chemical crushing” approach to drilling and blasting represents the largest process lever or fulcrum point for stone producers to lower total cost of production, avoid costly problems, and facilitate productivity. This course will present the chemical crushing concept and provide participants with an overview of drilling and blasting as well as their important relation to it. The key inter-related and mutually dependent design factors of drill and blast and how they contribute to the success of the rock production stream will also be addressed.

The rock crush, shape, and size process begin with the chemical crushing that occurs during the blast. While most people recognize that they have some influence on the muckpile fragmentation, it is common to underestimate how much control they actually can have and the real extent of the process benefits downstream from drill and blast. This course discusses the purpose of drilling and blasting in producing crushed stone along with the relative cost of drilling and blasting versus other quarry process activities. It describes the factors affecting fragmentation and the cost/production opportunities offered with optimized fragmentation.

With the introduction of precision, programmable electronic detonators, and signature waveform analysis, alternative timing sequences can be derived that provide reduced community perception of blasting events. This new technology has resulted in conflicts when regulatory standards based on the "8 millisecond rule" have restricted the use of modified delay timing. This presentation will outline the origins of the 8 millisecond concept and why current blasting technology has proven the limitations of this theory.

Load and haul operations are central to the success of any quarry, ensuring both raw and finished materials are delivered to the right place at the right time. Continuous improvement does not require a grand program; rather, it can be a mindset. This course will encourage such a mindset by quantifying low-hanging fruit and highlighting tools available to improve fleet management and the load and haul process.

Many times, people are surprised when accidents occur, but in reality, they are preventable. A positive safety culture in the workplace involves everyone’s commitment to foster the right attitudes, best practices, and policies that will help prevent loss. The lack of identifying hazardous conditions and the mistakes one takes with their behaviors are some of the leading factors in accidents. Why does this happen? Where is the commitment? What does it really take to make a difference? This session will teach us to better understand why people make these choices. Improved education on identifying hazardous conditions and fostering better decision-making skills has proved to make a difference.

Our speakers gather to address your questions throughout the day.

Understanding the key controls and levers of crushing equipment to reduce waste, lower energy consumptions, and optimize productivity of your crushers is one of the largest areas of cost reduction for quarry operators. This classroom lecture will provide attendees the basics on physics and mechanical principles of breaking rock applied on compression and impact crushers that can provide the knowledge to select and or configure equipment to lower total operating costs by increasing productivity and lowering maintenance costs.

Recognizing that many crushers are underutilized or even mis-sized, this course will provide an overview and solution for common set-up and maintenance issues that generally result in significant production bottlenecks. This session will provide practical controls, troubleshooting tips, and adjustments to optimize the crusher setup.

Correct selection, installation, and maintenance are critical to product quality and the running of a safe, efficient, and thrifty plant. Recognizing that many screening and sizing plants are seldom fully optimized, this course will provide an overview of screen types, design, and function with solutions for common set-up and maintenance issues that generally result in significant production bottlenecks or sources of waste.

As quarry and mining operations strive to improve productivity, reduce costs, and meet sustainable targets, In-Pit Crushing and Conveying (IPCC) is becoming an increasingly attractive alternative to traditional truck haulage. This presentation provides a practical overview of mobile IPCC solutions, including tracked crushers, portable conveyors, and electrified material handling systems. Attendees will explore the technical and economic considerations of IPCC, including CAPEX, OPEX, utilization, and diesel vs electric operation. Real-world examples will demonstrate the impact on costs, safety, emissions, and efficiency. The session also covers blast face management, system flexibility, relocation planning, and HVO fuel, helping delegates evaluate whether IPCC is right for their operation.

The wall between IT and operations is disappearing. Mining has long been an instinctual industry. Coupling data-driven processes with industry expertise, find out how to move away from gut feelings and let data drive the bottom line of your business. Discover how the biggest players in our industry are using data to maximize their profits and optimize their operations. The data is all there; all you have to do is listen to it. This session will provide attendees with the principles of Analytics and Business Insight, examples of real-world results, and an understanding of how to get results from a data-driven continuous improvement initiative at their site.

Our speakers gather to address your questions throughout the day.

Concurrent Sub Group Station Rotations:
• Water Treatment Plant Operations 
• Crusher Primary and Secondary systems overview
• Intelligent Drill
• Truck Technology and Drone Applications
• Digital Cap Accuracy Demonstration
• View Production Shot

Drill and blast crews can execute every step correctly and still get inconsistent results from one shot to the next. This closing session looks at why that happens. We follow one blast from the original drill plan through to crusher feed. At each stage we stop at the decision point: what the planner assumed, what the hole told us, and what changed as a result. We examine measurement-while-drilling data, blast design adjustments, loading accuracy, and timing to see how much they moved the outcome. Recorded walkthroughs of drill planning, MWD capture, and blast design software are included at the points where those decisions are made, along with a rig simulator segment showing the drilling portion of the workflow. The session pulls the week’s material into one connected process and gives attendees a framework for finding where their own operation loses performance between steps.

Presented by Dyno Nobel and Sandvik

Drilling is the first and fundamental step in unit operations and, more importantly, is the foundation of an optimized blast event and fragmentation result. For the driller and operations manager, understanding and promoting good field practice is critical to getting improved results. To that end, we will review field practice standards and methods to achieve maximum precision and accuracy with blast hole results. Additionally, we will discuss the importance of understanding the drill technology options available to the quarry, how to select and apply them, and how to minimize cost and maximize quality outcomes with an eye toward supporting the blast phase of production. 

We are always looking for smarter ways to get the job done. This workshop will share the latest technologies used every day in the field. Join us in this class to learn more about intelligent drills as we focus on automation and features built in the machines that will keep you on track and maximize accuracy and productivity.

Understanding and optimizing a complex blasting program can be overwhelming, even for those who have extensive blasting experience. The purpose of this workshop is to create an entry point for those new to the blast optimization process and provide a smaller, discussion-centered environment to build the groundwork for understanding. By the end of the hour, you will come away with a framework for understanding the critical success and risk factors of your blasting program and the tools to start down the road of identifying, evaluating, and improving your blasting process.

The design and evolution of blasting technologies has evolved over time and continues to be refined to cope with the variety of needs and field conditions that operators encounter in the field. Additionally, the unique and diverse nature of the geology at the operations and the role it plays in the design and field execution of the blasting operation continually creates many exceptions and modifications to the traditional rules of thumb. This workshop is intended to take problems and issues that attendees face, address their challenges and needs, and through an interactive approach, present possible alternative solutions so they can achieve the objectives of the drill and blast process at their operations.

This workshop is designed to show attendees how to get the most out of the final stage of the crushing and screening process. Participants will learn how to optimize crusher yield and increase production of end products. The workshop will let participants simulate a crushing and screening optimization, step by step, using pen and paper with professional guidance.

Utilizing Sandvik’s state-of-the-art PlantDesigner® software, operations managers can create a virtual dynamic model of a crushing and screening plant. Once a working model is created and validated, the model can be used to check for mass flow, spot bottlenecks, see problems, run what-ifs, and optimize plant designs. This workshop will work through real-world plant setups to demonstrate the modeling and analysis method.

When reviewing the performance of a plant, it is of the  utmost importance to review the complete process and not only focus on individual equipment.  By doing so, it is possible to quantify the plant’s performance. In this workshop we will discuss the various factors that affect the performance of a plant and demonstrate one general approach on how to weigh these factors together.  Part of the workshop will include examples of how to rate typical factors including the potential solutions for improvement.  You will be involved in rating a plant’s performance

The challenging truth about work activity is that most of it does not create value in the eyes of the customer. Only at the points of transformation (i.e., blasting, crushing, screening) and services such as solutions consulting do we conduct activity that the customer deems valuable. Most of the remaining work is either necessary non-value added work or wasteful activity. This course builds on the general session concepts and breaks down the anatomy of activity further, separating value from waste. Additionally, attendees will gain insights into methods of identifying and eliminating waste from their operations, thereby increasing efficiency and improving profitability.

Whether it’s a change to a new piece of equipment, technology, concept, or organizational structure, change is one of the most difficult and costly elements a business confronts. Humans are hardwired to not change. The cost of slow change is difficult to capture as it hides beneath inhibited work pace, delays in use of new technology, or even open resistance, sapping the expected saving and efficiencies from improvement efforts. Good change management does not happen by accident; it happens by intent and process. This course gets under the surface of the challenge to change and the process to effectively lead and manage change in an organization at an accelerated pace.

Blasting is one of the main factors for changing our overall production rates, costs, and efficiencies in mining. Often, we revert to non-data-driven methods to achieve a desired outcome when we’re making changes to our operation. In Analytical Blasting Methods of Blast Design, you’ll get an overview of the approach that many successful operations have taken to improve blasting outcomes when they’re working on continuous improvement projects or using data to achieve a specific blasting outcome. You’ll get insight into the data-driven techniques and processes that are leveraged to achieve best-in-class blasting results relative to your operation.

Every mobile machine in a quarry has one or more operators. They are a vital contributor to the performance, safety, and cost efficiency of the overall quarry or yard. What can be done to systematically improve operator competency? This workshop will show how operator performance can vary and propose effective yet practical methods to address competency, listen to student experiences, and welcome open dialogue for shared learning. This will also include the Load & Haul simulator activity. Simulators are a tremendous value as part of a comprehensive competency development plan for machine operators. Simulators are effective - and cost-effective - when compared to the true total cost of “on-the-job or site” training. A state-of-the-art load and haul simulator will be used to illustrate operation technique development and response to actual field conditions.

Demonstration using state-of-the-art drill simulator for instruction of operation techniques and response to actual field conditions.