Analysis simulation software - Company Ranking(5 companyies in total)

Last Updated：Aug 13, 2025 Aggregation Period:Jul 16, 2025〜Aug 12, 2025
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Company Name	Company information	Featured Products
Company Name	Company information	Product Image, Product Name, Price Range	overview	Application/Performance example
シーメンス株式会社 gPROMS ポートフォリオ	Address Kanagawa/ Business Activities We provide consulting services focused on the development, sales, and technical support of "gPROMS," as well as the creation of simulation models tailored to our customers' applications. Our software products and technical services are widely utilized in the energy sector, including gas, oil, electricity (nuclear), and fuel cells, as well as in the chemical sector, which includes petrochemicals and pharmaceuticals, and in the life sciences sector, such as food and daily necessities. Unlike other software, our powerful equation-based calculation engine seamlessly handles both steady-state and dynamic simulations, allowing models adjusted with batch processing experimental data to be scaled up for use in continuous processing plant design and operational optimization. In recent years, we have conducted research on continuous production in the pharmaceutical industry, accumulating a track record of deliveries to major pharmaceutical companies while building a robust database that is unmatched by competitors. Key Partners Used by renowned companies, universities, and research institutes around the world.	Crystal analysis simulation software Other	1. Based on the population balance model, the particle size distribution (PSD) of crystals can be predicted. The effects of generation, growth, and disappearance can be expressed through processes such as primary nucleation, addition of seed crystals, and secondary nucleation. 2. The model accommodates various operating modes (batch, semi-batch, continuous), single-stage or multi-stage, as well as diverse crystallization formats (internal circulation, DT: draft tube, FC: external circulation, DTB: draft tube-baffle, etc.). 3. Parameters identified based on experimental results can be applied to production-scale equipment. This has been validated, including the ability to apply parameters obtained from batch experiments to continuous implementation devices. 4. Physical property packages such as OLI and Multiflash are available through the standard interface of gPROMS. Additionally, it is also possible to link and use individual physical property packages currently in use.	Crystallization processes of pharmaceuticals, BPA, ammonium sulfate, amino acids, lactose, etc.
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シーメンス株式会社 gPROMS ポートフォリオ

Address

Kanagawa/

Business Activities

We provide consulting services focused on the development, sales, and technical support of "gPROMS," as well as the creation of simulation models tailored to our customers' applications. Our software products and technical services are widely utilized in the energy sector, including gas, oil, electricity (nuclear), and fuel cells, as well as in the chemical sector, which includes petrochemicals and pharmaceuticals, and in the life sciences sector, such as food and daily necessities. Unlike other software, our powerful equation-based calculation engine seamlessly handles both steady-state and dynamic simulations, allowing models adjusted with batch processing experimental data to be scaled up for use in continuous processing plant design and operational optimization. In recent years, we have conducted research on continuous production in the pharmaceutical industry, accumulating a track record of deliveries to major pharmaceutical companies while building a robust database that is unmatched by competitors.

Key Partners

Used by renowned companies, universities, and research institutes around the world.

Featured Products

Crystal analysis simulation software

overview

1. Based on the population balance model, the particle size distribution (PSD) of crystals can be predicted. The effects of generation, growth, and disappearance can be expressed through processes such as primary nucleation, addition of seed crystals, and secondary nucleation. 2. The model accommodates various operating modes (batch, semi-batch, continuous), single-stage or multi-stage, as well as diverse crystallization formats (internal circulation, DT: draft tube, FC: external circulation, DTB: draft tube-baffle, etc.). 3. Parameters identified based on experimental results can be applied to production-scale equipment. This has been validated, including the ability to apply parameters obtained from batch experiments to continuous implementation devices. 4. Physical property packages such as OLI and Multiflash are available through the standard interface of gPROMS. Additionally, it is also possible to link and use individual physical property packages currently in use.

Application/Performance example

Crystallization processes of pharmaceuticals, BPA, ammonium sulfate, amino acids, lactose, etc.
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Analysis simulation software - Company Ranking(5 companyies in total)

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