Connecting people and systems with data to achieve great things
Adani Ports is the largest private port operator in India, handling the majority of the country's international trade. Economic growth is driving an expected increase in demand for port services. Adani Ports is planning ahead for this growth by investing in both new port construction and port automation, to ensure that all facilities achieve peak performance levels. The PI System is the backbone of these initiatives, providing the data collection, analysis and reporting tools that have helped Adani Ports achieve ongoing performance improvements and wider profit margins at ports old and new.
Arizona Public Service (APS) is also one of the leading solar utilities in the country with over 170 MW of solar capacity and 40MW slated to come online in the near future. APS' talk addressed both the value of the PI System and their Enterprise Agreement (EA). Katie Hoepfl discussed how Arizona Public Service uses the PI System to manage asset health with only six field technicians. Kurt Pager discussed how their innovative residential solar program is enabled by a collaboration with the Electric Power Research Institute (EPRI) and the University of Arizona.
Michel Plourde, Director of Systems, describes how ArcelorMittal - Mine Canada created an Enterprise Information Hub to make their supply chain more responsive to real-time production conditions and transform their business from a pure push operation to a client-driven, pull business.
Faced with a downturn in gold prices and rising exploration costs, Barrick Gold,like others in the industry, was under pressure to reduce operational costs. Barrick believed the best way to do that was to improve its utilization of operations and business data. A team inside Barrick believed that by signing an Enterprise agreement (EA) with OSIsoft and better leveraging their existing PI System™, the company could improve utilization of corporate data and dramatically reduce operational costs. But signing an EA would require a large, unbudgeted, capital expenditure at a time when the company was focused on cutting costs.
In 2015, Barrick Gold produced approximately 6.12 million ounces of ore with more than 75% production coming from the Americas region. Their Goldstrike mine is the most prolific gold-mining district in the Western Hemisphere and includes the Betze-Post open-pit mine, a truck and shovel operation, and the Meikle and Rodeo underground mines. Ted Olsen-Tank described how the PI System enabled Barrick Gold to operate more efficiently while complying with strict environmental regulations.
Bharat Light & Power (BLP) owns and operates 200 megawatts of renewable energy projects in India. To manage these assets, BLP developed the proprietary Orion platform, built on top of the OSIsoft PI System. Balakrishnan G. Iyer, Chief Development Officer, discussed BLP's new managed services operation, which enables other renewable energy companies to tap into the real-time data and predictive intelligence.
As a global building materials company, CEMEX has a presence in more than 50 countries throughout the world and yearly sales exceeding $15 billion. As one of the leading manufacturers of cement and ready-mix congregate and aggregates in the world, CEMEX's cement operations stretch across 70 sites in 21 countries. In his presentation, Mr. Rodrigo Quintero, Operations Model and Planning Manager described CEMEX's 20-year journey to achieve visibility across all 70 plants, adding context to data for reporting and analysis and finally integrating and analyzing operational data at scale to generate overall enterprise intelligence.
Headquartered in Monterey, Mexico, CEMEX is a global manufacturer of building materials including cement, ready-mix concrete, and aggregates. As part of its commitment to becoming the most efficient and innovative building materials company in the world, CEMEX continually evaluates and evolves its systems and processes. One example of this commitment to evolution is CEMEX's use of the PI System™.
Columbia Pipeline Group (CPG), a leading natural gas supplier, delivers natural gas to the Northeastern United States via a cross-country pipeline. Ensuring that its infrastructure is able to serve the energy needs of its customers is a key priority. When reliability issues came into focus in 2010, CPG expanded its use of the OSIsoft PI System. By improving operational performance, the company saved millions of dollars in avoided costs and increased customer satisfaction.
After a PI System pilot project in 1999 helped one of Detroit Edison's power plants save $180,000 in just six months, DTE Energy rolled out the PI System to each of its 7 major power plants. With the PI System in place company-wide, DTE Energy launched a fleet optimization program in 2006 that has saved the company millions of dollars annually.
DTE Energy Co. is a diversified energy company involved in the development and management of energy-related businesses and services. This story describes how DTE combined sensors, Esri ArcGIS and the PI System to reduce customer outage minutes across their distribution system.
eBay Inc. uses the PI System to prioritize and monetize its data center operations, improve their Power Usage Effectiveness (PUE) and growing their technical infrastructure.
How can a residential electric vehicle [EV] charger improve grid reliability, reduce emissions and support clean energy? At OSIsoft's 2015 Users Conference, Dr. Valery Miftakhov presented how eMotorWerks uses the PI System to enable “true vehicle to grid integration” through their JuiceBox Smart[Grid] Charging System. By shifting when and how much electricity the JuiceBox network draws from the grid, the Smart[Grid] System tailors EV charging parameters according to grid conditions to “maximize electric vehicle [EV] charging speed and efficiency while reducing costs.” Using the PI System, eMotorWerks has created a shared data ecosystem “to deliver superior charging performance while providing valuable services to improve grid stability and enable growth of renewable [power] generation.”
Turkey's booming electric power industry has meant a need for efficient, rapid growth. ENKA, a leading construction firm, won a bid to construct three new power plants in the early 2000s. By using the OSIsoft PI System™, ENKA has been able to seamlessly deliver energy to the booming Turkish economy, controlling costs and virtually eliminating downtime.
With a network combining about 14,000 km of transmission lines and more than 100 substations, Fingrid Oyj, the electricity transmission operator in Finland, needed to find new ways to optimize network reliability while minimizing maintenance and investment costs. “Part of that task can be achieved by identifying the weakest-performing assets and hidden defects in components at an early stage,” explained Fingrid planning engineer Kimmo Nepola while speaking at the 2013 OSIsoft Users Conference. “That allows us to not only avoid failures, but also to optimize the timing of new investments and maintenance.”
Manufacturers worldwide are launching strategies to integrate digital intelligence into industrial equipment to improve uptime, prevent accidents and help the bottom line. Worldwide, process industries lose $20 billion dollars due to unplanned downtime and faulty maintenance practices and approximately 80% of these losses could be stopped with early, accessible information.
A member of the Roche Group, Genentech is a leading biotechnology company that discovers, develops, manufactures and commercializes medicines to treat patients with serious or life-threatening medical conditions. Although Genentech has been a PI System user for over 15 years, they were initially hesitant to embrace Event Frames as a new batch technology until they assessed the cost, value and functionality.
Water loss is nearly always the result of a leaky pipe somewhere in the system. The challenge is to find the location of the leak, and to do so quickly with minimum staff time, before significant water is wasted. Halifax Water used its already installed PI System to support water leakage reduction by 40 million litres per day, saving more than C$600,000 on an annual basis.
For over 50 years, the IBM Burlington facility has been producing semiconductors in Burlington, Vermont. Committed to continuously evolving their operations to save money and improve efficiency, IBM Burlington installed the PI System in the 1990s to help improve organizational communication. Since then, IBM Burlington has leverage the PI System to have achieve dramatic results from increasing manufacturing capability to reducing water usage by 27% to saving millions in yearly expenses.
Since 1972, Itochu Techno-Solutions Corporation has been an independent systems integrator and service provider serving a broad range of industries in Japan. At the OSIsoft's 2015 Users Conference, Mr. Hisashi Fukuda, General Manager of Itochu Techno-Solutions Corporation, presented how OSIsoft's PI System has enabled Itochu to use data-driven approaches to deliver services across Japan's dynamic energy market. Furthermore, OSIsoft's Connected Services has enabled Itochu to transform their business model by connecting customers on both ends of the energy supply-demand market using their unique cloud-based service.
PETRONAS CARIGALI is the upstream arm of Malaysia's state-owned, fully integrated oil and gas company. It is responsible for exploration and production, with 190 offshore platforms and a total yield of more than 2 million barrels of oil each day. As the offshore business continues to grow, PETRONAS needed better tools to manage its fleet. It selected the OSIsoft PI System™.
PJM Interconnection is responsible for maintaining grid reliability and running energy markets across 13 states and the Washington DC area. As one of the largest transmission operators in the country, they serve 61 million people and manage a peak load of 163,000 megawatts. To improve its operators' situational awareness, PJM recently developed the Dispatch Interactive Map Application (DIMA), which brings together real-time grid, weather and spatial data using ESRI ArcGIS and the OSIsoft® PI System. Erich Cline, Software Architect, Integral GIS; Frank DiCicco, GIS Lead; and Ed Kovler, Solutions Architect presented a demonstration of DIMA at the 2015 OSIsoft Users Conference in San Francisco.
Sappi Fine Paper of North America is headquartered in Boston, Massachusetts and is the preeminent producer of coated fine paper in North America. The company has long made sustainability a key component of its business strategy, increasing profits by improving operational efficiencies and reducing waste. The result: winning new customers by producing some of the industry's most environmentally preferable papers.
The PI System gathers data from multiple systems and serves as a universal translator that synchronizes data center operations to boost efficiency, improve planning, and reduce IT and facility costs. With this information data centers can comply with increased government pressure to improve efficiency and reduce environment impact and meet the goals outlined in Executive Orders such as Executive Order 13423 and Executive Order 13514.
Syncrude is one of the largest operators in Canada's growing oil sands industry. In Northeast Alberta, Syncrude operates two large-scale surface mines using truck and shovel techniques. Kyle Gogolinski, Process Control and Automation leader at Syncrude and Peter Wright, Head of the Industrial Information team at Dexcent, introduced Syncrude's Mobile Equipment Events Synthesis solution for analysis and reporting of mechanical events and discussed its impacts on mobile equipment uptime, safety and operating costs.
The University of California at San Diego (UCSD) has a long history of self-reliance when it comes to energy. By embracing clean energy technologies in its operations and by collecting data to build an ambitious long-term sustainability plan, UCSD offers a glimpse into the future. Today, the campus produces 92% of its own energy. It's striving to go further with a combination of new clean energy resources, additional on-site generation and storage, and innovative demand-reduction strategies.
Headquartered in Mukilteo, Wash., UniEnergy Technologies (UET) is a young company that manufactures and installs large-scale energy storage solutions for utility, commercial, and microgrid applications. Their core technology is a vanadium flow battery. In a talk at the 2015 OSIsoft Users Conference, Becca Gillespie, Application Manager at UniEnergy Technologies, described how UET uses OSIsoft's Connected Services to offer capacity guarantees for their technology.
The University of Iowa is one of the nation's top public research universities with over 30,000 students, cutting-edge research facilities, a 705-bed hospital complex, and an ongoing commitment to sustainability. The University originally implemented the OSIsoft PI System in 2004 to help manage its on campus power plant. When an aggressive 10-year sustainability program was announced in 2010, the University decided to leverage its existing PI System infrastructure to help it reach its new sustainability goals.
To ensure its ability to deliver clean, reliable, water to households and businesses, Yorkshire Water depends on having access to a large pool of data. When the company's telemetry infrastructure could no longer keep up with its need for data, Yorkshire Water turned to the PI System™ for faster, more scalable, data management and achieved more than £1 million in annual savings through reduced energy use, improved leak detection and better chemical management.