viernes, 30 de diciembre de 2011

Petrobras Relies on ANSYS Simulation Technology as a Key Enabler for Product and Process Design Innovations and Operational Excellence


ANSYS, Inc . announced that Petróleo Brasileiro S.A. (Petrobras) in Brazil, one of the world's most innovative integrated oil and gas companies, has broadened its technology relationship with ANSYS. Petrobras will utilize multiple simulation and modeling applications from ANSYS in pursuit of its innovation initiatives in product and process design, enhancing its operational excellence in production, refining and processing. 


"Simulation-driven product and process development is helping us to improve the performance of refining equipment through the study and application of new technologies. It is a key element of our innovation strategy and in maintaining our global leadership," said Maucir de Almeida, refining process optimization manager at Petrobras headquarters. "The breadth and depth of the ANSYS product portfolio, with its unparalleled modeling and high-performance computing (HPC) capabilities, makes it uniquely appropriate to address the full range and complexities of our applications that require rapid, high-fidelity simulations."
Currently, technology from ANSYS is a part of the design process at Petrobras' Research and Development Center (CENPES), the heart of the company's expansion in the world energy scene. "In our group, for example, engineers are using large and complex computational fluid dynamics (CFD) studies, running in clusters, to analyze the flow behavior inside different pieces of equipment. These simulations are helping us to propose modifications and test new scenarios that lead to more efficient and reliable refinery processes," said Washington Geraldelli, basic engineering coking and separation manager at CENPES. "Today at several refineries, we have a range of equipment operating better as a result of new technologies that were tested using CFD from ANSYS." 


Oil and gas-affiliated companies around the globe use multiphysics and HPC-based engineering simulation solutions from ANSYS for a variety of applications, spanning the entire value chain from reservoir to gas pump. For example, current field development decisions are driven by both economic and technologic viability. The available petroleum supplies are in smaller reservoirs, deeper waters and harsher environments, with ever increasing engineering challenges (for example, the recent discovery at Tupi field by Petrobras, located under a thick layer of salt at a depth more than 4.5 miles beneath the ocean's surface). The reserves usually require additional processing before they can be transported for refining. Engineering simulation tools from ANSYS assist petroleum and service companies not only to evaluate and assess feasibility but also to reduce risk and increase ratability of equipment and processes. 

 
Beyond discovery, solutions from ANSYS enable product and process design innovations, reduce the cost of experimentation, and help improve reliability and safety. Typical applications in the oil and gas industry include exploration of new technologies for upstream drilling, evaluation of enhanced oil recovery technology, offshore platform safety and operation, addressing regulatory requirements for critical designs and off-shore operations, erosion in equipment and piping, and accounting for thermal and highly nonlinear stress effects in onshore and offshore oil and gas machinery. 


"We are pleased seeing our relationship with Petrobras grow over the years. The affiliation is a validation of both our strategy and our solutions along with the value they create for the oil and gas industry. We view our relationship with Petrobras to be critical in allowing us to continue our leadership in delivering comprehensive engineering solutions to the oil and gas industry," said Chris Reid, vice president of marketing at ANSYS, Inc.
Engineering Simulation and Scientific Software (ESSS) Ltda., an ANSYS channel partner in South America, has been working very closely with Petrobras. "ESSS has exceptional engineering talent on-site at Petrobras and is well positioned to represent and support CFD solutions from ANSYS. We will continue to strengthen our support of Petrobras and build additional capabilities useful for all aspects of the oil and gas industry in South America," said Marcus Reis, director at ESSS. 


About Petrobras S.A. 


Petróleo Brasileiro S.A. operates in a number of areas in the energy sector. The company's operations are divided into Exploration & Production, Gas & Energy, Supply, and International, ranging from oil and gas exploration to distribution, passing through refining and supply. The company is one of the largest oil companies in the world - with more than 100 production platforms, 16 refineries, 30,000 kilometers of ducts, and 6,000 gas stations, employing some 68,000 people and having earned U.S. $14 billion in 2006. Petrobras is headquartered in Rio de Janeiro and has offices and administration managers in major Brazilian cities. Petrobras is also present in other countries, namely Angola, Argentina, Bolivia, Colombia, Nigeria, and the United States, as well as having the support of its overseas offices in New York and Japan.

ANSYS High-Performance Computing Crucial to Red Bull Racing F1 Championships


HPC Solutions Enable High-Fidelity Insight into Car Performance in Shorter Turnaround Times

PITTSBURGH, Nov. 17, 2011 /PRNewswire/ -- Fueled by race car design improvements made using engineering simulation from ANSYS (NASDAQ: ANSS), Red Bull Racing has won both the Drivers' and Constructors' titles of this season's Formula One Championship — for the second consecutive year. Using ANSYS® high-performance computing (HPC) solutions — which rapidly deliver accurate analysis results, even for large and detailed simulations — the Red Bull Racing team continually and quickly optimized its car design in a virtual testing environment on the team's suite of multi-core compute clusters. The insights gained gave them a decisive speed advantage on the racetrack.

 

The success, a remarkable achievement for the young team, was confirmed following a double-podium finish at the Korean Grand Prix, from which it established clear leads of 140 points in the Constructors' Championship and 127 points in the Drivers' Championship. Red Bull Racing has been widely acknowledged as producing the fastest cars currently in F1.

While fluid dynamics simulation technology is widely used to predict and manage air flows around F1 cars to increase performance, time restrictions placed on all teams require quick, reliable and efficient simulations that also maintain a high degree of accuracy. As a long-term user of ANSYS high-performance computing solutions, Red Bull Racing has benefited from recent technology advances. High-speed processors (CPUs) and related technologies are engaged to solve computationally intensive problems. Because ANSYS delivers significant HPC enhancements with each new release, the Red Bull Racing team is able to solve not only many more smaller models within the same time period, but also to more quickly solve full-car models that contain hundreds of millions of cells.


"ANSYS HPC technology has ensured that we can test and implement changes quickly and competitively," said Nathan Sykes, CFD Team Leader at Red Bull Racing. "This allows us to turn around simulation results for multiple designs between race qualifications on Fridays and Saturdays, and give our aerodynamics team the important and reliable evidence they need to base vital engineering decisions for the final races on Sunday."   


                                                   
With the level of F1 competition as fierce off the track as it is on, engineering teams race to develop their cars as quickly as possible. "To retain freedom to innovate and adapt the car quickly, we rely on a robust modeling process. This puts new designs on the track quickly. To accomplish our goal, we continually need to leverage technologies that help us introduce and evaluate new ideas. With a significant reduction in process times over the last three years, ANSYS HPC solutions have continued to be the tool of choice for us," Sykes added.

"As an innovation partner of Red Bull Racing, ANSYS is committed to delivering immense business value. Red Bull Racing's championship performance two years in a row is testament to the power of our HPC solutions," said Wim Slagter, ANSYS HPC product strategy manager. "The outcome of channeling our expertise and industry knowledge into improved HPC solutions is providing customers a maximum return on their software and hardware investments."


About Red Bull Racing



Red Bull Racing is one of two Formula One teams owned by Austrian beverage company Red Bull (the other being Scuderia Toro Rosso). The Red Bull team is based in Milton Keynes in the United Kingdom, but holds an Austrian racing license. Red Bull Racing was formed at the end of 2004 and since then, it has rapidly improved in Formula One rankings. In 2010, in only its sixth season of Formula One, Red Bull Racing won both the Constructors' and Drivers' Championships. The team successfully defended both those titles in 2011 and finished ahead of other teams with far more experience.





Simulación Estructural de Tolva.



TYTAL-TYTANK, es la primera empresa mexicana en la fabricación de remolques, producción y diseño de maquinaria de alta tecnología, consolidándose como el proveedor líder en el ramo de transporte de líquidos y combustibles.


Gracias a la tecnología de ANSYS, pueden verificar el comportamiento estructural en el diseño de sus tolvas, revolucionando el mercado con sus productos fabricados en aluminio.  




Comportamiento Interno en Planta de Asfalto.


TRIASO.  Es la compañía más grande de México, en el diseño, desarrollo y manufactura de plantas de asfalto completas, siendo proveedor líder de equipo y maquinaria en esta área para la industria de la construcción y el transporte en Centro y Sudamérica. 

Con las herramientas de ANSYS y la ayuda del equipo de soporte de Grupo SSC ha sido posible optimizar los diseños y simular el comportamiento de sus equipos, consiguiendo un mayor entendimiento del proceso completo realizado dentro de la planta de asfalto.