We are the world's leading supplier of Digital Process Twin technology to the process industries. Digital Process Twins containing deep process knowledge help our customers make vital decisions during process design or operation, enabling them to innovate faster, design better processes, operate plants more efficiently and manage technology risk based on accurate quantification.
This can result in hundreds of millions of dollars enhanced profit over the process or production lifetime. Siemens PSE's advanced process modelling technology is used to create the Digital Process Twins at the heart of advanced Digital Design and Digital Operations. Siemens PSE provides software, services and solutions to all process sectors, from upstream oil & gas to pharmaceuticals and food.
Our next-generation gPROMS platform, gPROMS family products and Digital Applications Platform are process industry leaders. We help customers throughout the process industries to reap the benefits of model-based digitalization approaches.
This can result in hundreds of millions of dollars enhanced profit over the process or production lifetime. Siemens PSE's advanced process modelling technology is used to create the Digital Process Twins at the heart of advanced Digital Design and Digital Operations. Siemens PSE provides software, services and solutions to all process sectors, from upstream oil & gas to pharmaceuticals and food.
Our next-generation gPROMS platform, gPROMS family products and Digital Applications Platform are process industry leaders. We help customers throughout the process industries to reap the benefits of model-based digitalization approaches.
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Digital transformation is a major topic for the process industries.
Siemens Digital Industries is an innovation and technology leader in industrial automation and digitalization, and Siemens Process Systems Engineering (SPSE) is at the heart of the Siemens digitalization offering for the process industries.
SPSE is the world's leading supplier of advanced process modelling technology, in the form of our gPROMS advanced digital process technologies and related services and solutions.
Advanced process models play a central role in both digital design and digital applications for operations, by enabling the deployment of deep process knowledge in a way that can generate value over the lifetime of the process.
Siemens Digital Industries is an innovation and technology leader in industrial automation and digitalization, and Siemens Process Systems Engineering (SPSE) is at the heart of the Siemens digitalization offering for the process industries.
SPSE is the world's leading supplier of advanced process modelling technology, in the form of our gPROMS advanced digital process technologies and related services and solutions.
Advanced process models play a central role in both digital design and digital applications for operations, by enabling the deployment of deep process knowledge in a way that can generate value over the lifetime of the process.
A majority are from the "conventional" process industries - for example, chemicals & petrochemicals and the oil industry - where process simulation and modelling have been established for many years.
However there are many from industries that have lacked integrated modelling tools in the past, such as consumer goods, food, pharma, power generation, cement, minerals & mining.
To these we bring the new and significant advantage of being able to make complex design and operating decisions based on accurate predictions from high-fidelity models.
However there are many from industries that have lacked integrated modelling tools in the past, such as consumer goods, food, pharma, power generation, cement, minerals & mining.
To these we bring the new and significant advantage of being able to make complex design and operating decisions based on accurate predictions from high-fidelity models.
Siemens Process Systems Engineering works in many different ways with many different customers in many different process industries.
As an organisation we choose to work flexibly and collaboratively in long-term relationships wherever possible, to maximize the mutual benefit from the application of Advanced Process Modelling.
Indeed, many of our products have been developed working in close collaboration with leading customers in the field.
Many of the existing companies in the process simulation and modelling space offer products OR services.
As an organisation we choose to work flexibly and collaboratively in long-term relationships wherever possible, to maximize the mutual benefit from the application of Advanced Process Modelling.
Indeed, many of our products have been developed working in close collaboration with leading customers in the field.
Many of the existing companies in the process simulation and modelling space offer products OR services.
Siemens Process Systems Engineering as a company has always been strongly focused on innovation.
Our primary business is to help our customers to innovate (and to manage the risk associated with innovation), and innovation is at the core of our own developments.
Our aim is to transform best practice in every sector that we enter by providing next-generation tools and innovative workflows and methodologies.
Our senior personnel are thought leaders in their respective areas.
They are working closely with industry, research organisations, universities and collaborative R&D projects to drive change in those areas.
Our primary business is to help our customers to innovate (and to manage the risk associated with innovation), and innovation is at the core of our own developments.
Our aim is to transform best practice in every sector that we enter by providing next-generation tools and innovative workflows and methodologies.
Our senior personnel are thought leaders in their respective areas.
They are working closely with industry, research organisations, universities and collaborative R&D projects to drive change in those areas.
Almost everything that Siemens PSE does is about making the world a better place - from optimization of large petrochemical plants to production of new drugs.
Advanced process modelling is at the heart of digital design and digital operations.
It helps to reduce energy use and pollution and accelerate the development of technologies that benefit society.
Our fuel cell modelling technology. is being used by the world's largest automotive companies to accelerate the introduction of hydrogen fuel cell cars - which are more than 3 times more energy-efficient than conventional combustion engines.
Advanced process modelling is at the heart of digital design and digital operations.
It helps to reduce energy use and pollution and accelerate the development of technologies that benefit society.
Our fuel cell modelling technology. is being used by the world's largest automotive companies to accelerate the introduction of hydrogen fuel cell cars - which are more than 3 times more energy-efficient than conventional combustion engines.
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