Resource Utilization & Productivity (PowerPoint PPT Slide Deck)

WORKPLACE PRODUCTIVITY PPT DESCRIPTION

This product (Resource Utilization & Productivity) is a 25-slide PPT PowerPoint presentation slide deck (PPT), which you can download immediately upon purchase.

Resource Revolution represents the biggest business opportunity in the century. However, to be successful, this calls for application of new approaches by management.

Organizations that stick to the old "2% solution" are going to be obsolete quickly. The "2% solution" is an old adage where performance just needs to be improved by 2% annually for the company to remain successful and competitive. This does not hold true today. Instead, organizations that can deliver dramatic resource productivity improvements at scale will become the great companies of the 21st century.

This presentation discusses the foundational principles underlying Resource Utilization and Productivity.

•  The Impact of Underutilization
•  The 3 Core Pillars to Resource Productivity
•  An Approach to Improving Resource Utilization

The 3 major pillars to Resource Productivity will establish the basic framework to towards achieving a successful Resource Revolution. These pillars are:

1. Substitution
2. Optimization
3. Virtualization

This deck also includes slide templates for you to use in your own business presentations.

This PPT delves into the critical issue of underutilization, highlighting its impact on various sectors like automotive and energy. It presents compelling data on how inefficiencies in resource use can stifle growth and innovation. By addressing these inefficiencies, companies can unlock significant value and drive competitive advantage.

The presentation also outlines a structured approach to improving resource utilization through systems integration, data analytics, and computational modeling. These strategies are essential for organizations aiming to stay ahead in a rapidly evolving business landscape. This deck is a must-have for executives looking to lead their companies through a successful Resource Revolution.

Source: Best Practices in Performance Management, Resource Productivity PowerPoint Slides: Resource Utilization & Productivity PowerPoint (PPT) Presentation Slide Deck, LearnPPT Consulting

WORKPLACE PRODUCTIVITY PPT SLIDES

Enhancing Resource Productivity through Optimization Strategies

This PPT slide focuses on the concept of optimization as a key pillar of resource productivity. It outlines how embedding software into resource-intensive industries can lead to significant improvements in efficiency and productivity. The description emphasizes that this integration is crucial for companies aiming to maximize the use of limited resources.

Under the "Guiding Principles" section, several critical questions are posed. These questions encourage organizations to evaluate their assets and equipment critically. For instance, it prompts leaders to consider which costly assets can be enhanced with technology, identify underutilized equipment, and assess energy-intensive machinery that may not be performing effectively. The call to action here is clear: organizations should explore IT solutions that can optimize various operational aspects, such as routing and timing.

The "Applications" section provides concrete examples of how leading companies implement these principles. GE's use of advanced software and sensors in jet engines illustrates a proactive approach to maintenance, allowing for real-time data analysis. This can lead to reduced downtime and improved operational reliability. Similarly, Komatsu's strategy of creating a rental market for equipment showcases a novel way to enhance resource utilization, enabling customers to share and rent equipment, thus maximizing its use.

Overall, the slide presents a compelling case for organizations to rethink their resource management strategies through optimization. By leveraging technology and innovative practices, companies can significantly enhance productivity and operational efficiency.

Optimizing Resource Utilization in Power Distribution

This PPT slide presents a framework for enhancing resource utilization through the introduction of software building blocks, using the US power distribution system as a case study. It highlights the complexities of the electric grid, which, despite being hailed as a significant engineering achievement, faces challenges due to outdated technology and increasing operational demands.

The first point addresses how problems are often identified reactively, primarily when customers report issues. Maintenance teams are dispatched without a comprehensive understanding of the underlying problems, indicating a lack of proactive monitoring and data analysis. This inefficiency can lead to missed opportunities for improvement and customer dissatisfaction.

The second point emphasizes the economic impact of changing customer behaviors, particularly the trend of homeowners installing solar panels. Utilities risk losing their most profitable customers if they fail to adapt to this shift. This situation underscores the need for utilities to innovate and integrate new energy sources into their existing systems.

The third point discusses the transformative potential of Big Data. With the proliferation of smart meters and electric vehicles, utilities are faced with an overwhelming volume of data. The slide suggests that effective data management is crucial for leveraging insights that can drive operational improvements.

Overall, the slide advocates for a strategic approach to resource utilization by recognizing the need for adaptive systems and robust data handling capabilities. Companies must develop their ability to identify and resolve issues autonomously to maintain relevance and efficiency in a rapidly evolving environment. This framework serves as a foundational step for organizations aiming to optimize their resource management strategies.

Strategic Framework for Enhancing Resource Productivity

This PPT slide outlines the concept of Resource Productivity, emphasizing 3 key pillars: Substitution, Optimization, and Virtualization. These pillars are part of a broader strategy that businesses can adopt to enhance their efficiency in utilizing land and natural resources. The visual representation indicates that these pillars are interconnected, suggesting that leveraging them in isolation or in combination can lead to significant improvements in productivity.

The text highlights that successful businesses employ 5 distinct approaches to maximize resource productivity. However, the focus here is narrowed down to the 3 pillars, which are essential for creating innovative business models. This implies that organizations can rethink their operational strategies by integrating these pillars into their frameworks.

Substitution refers to replacing traditional resources with alternative options to reduce dependency and improve sustainability. Optimization involves refining processes to achieve better outcomes with existing resources. Virtualization suggests leveraging technology to enhance resource management and operational efficiency. The slide posits that by harnessing these 3 pillars, companies can unlock previously unimagined business models, indicating a transformative potential in their operations.

The concluding statement reinforces the idea that employing these pillars can lead to revolutionary changes in how resources are managed. This positions the content as not just theoretical, but practical, encouraging executives to consider how these strategies could be implemented in their organizations for tangible benefits.

Transforming Resource Productivity for Future Growth

This PPT slide discusses the historical context of resource productivity, emphasizing the underutilization of 3 primary business inputs: labor, capital, and land. It references Adam Smith’s seminal work, "The Wealth of Nations," which identified these inputs during the Industrial Revolution. The slide notes that while labor and capital have been the focus of the first 2 Industrial Revolutions, the critical third input—land and natural resources—has largely been overlooked.

The text outlines a compelling argument for a shift in focus. It suggests that integrating advanced technologies, such as information technology, nanoscale materials science, and biology with traditional industrial practices, can lead to significant productivity gains. This integration is positioned as essential for achieving high economic growth, particularly in developing regions, which presents a substantial wealth creation opportunity.

The slide also highlights the necessity for new management approaches to effectively capture these emerging opportunities. It asserts that resource productivity will be a central theme in the forthcoming Industrial Revolution, indicating a paradigm shift in how businesses should approach resource management. Leaders are now expected to deliver substantial productivity improvements, with targets of 50% or more every few years. This expectation underscores the urgency for organizations to adapt and innovate in their resource utilization strategies. The overall message is clear: to remain competitive, businesses must evolve their management practices to harness the full potential of all 3 inputs, particularly land and natural resources.

Innovative Resource Utilization through Computational Modeling

This PPT slide presents a case study focusing on ATMI, a materials technology company, and its innovative approach to resource utilization through computational modeling. The primary goal is to enhance the extraction of gold from electronic waste, moving away from traditional, less efficient methods like toxic acid baths.

The description emphasizes the complexity of the systems involved, suggesting that traditional methods may not adequately address the challenges faced. It highlights the necessity of testing processes through computational models to determine their effectiveness.

Four example approaches are outlined. First, the company undertook computational modeling of combinatorial chemistries, which likely involved simulating various chemical reactions to optimize the extraction process. Second, the eVOLV process is introduced, which utilizes a water-based solution that is both safe and significantly more cost-effective than conventional methods. This not only improves safety, but also reduces operational costs.

The third point notes that the process allows for the reuse of collected computer chips, which underscores a commitment to sustainability and resource efficiency. Lastly, the slide mentions that the necessary equipment can be mobile, even placed on trucks for processing e-waste at collection sites. This flexibility could lead to increased operational efficiency and lower logistical costs.

Overall, the slide conveys that through innovative computational modeling and practical applications, ATMI is paving the way for more effective and sustainable resource utilization strategies. This approach not only addresses environmental concerns, but also positions the company as a leader in the field.