We are proud to announce that Fluidyn has joined the France 2030 Export program, with the support of Business France.

Over the next 30 months, this initiative will help accelerate our international development and bring our innovation to new markets.

Many thanks to France 2030 and Business France for their trust!

We are proud to announce that our innovation FLUIDYN-BFC has been selected as a laureate of the France 2030 Export program!

FLUIDYN-BFC is our 3D simulation software dedicated to batteries and fuel cells, supporting the development of e-mobility and temporary energy storage solutions — to better design, secure, and strengthen the technologies of tomorrow.

A big thank you to Business France and the France 2030 ecosystem for their trust!

Fluidyn proudly participated in the esteemed IICAQM (International Conference on Air Quality Management), hosted by IIT Madras. As part of the conference, we were honored to present an invited talk titled “Optimizing Sensor Locations, Source Detection, and Real-Time Air Quality Forecasting Using Advanced Simulation Tools.” Our presentation highlighted Fluidyn’s innovative CFD solutions, focusing on sensor placement optimization, emission source detection, and real-time air quality forecasting. We are grateful for the opportunity to contribute to global discussions on sustainable approaches to tackling air quality challenges.

Fluidyn participated in the faculty-industry interaction session organized by the Department of Mechanical and Aerospace Engineering at IIT Bombay on December 19, 2024. This session, part of TechConnect-2024, aimed to strengthen collaborations between academia and industry, facilitating the transformation of research into impactful, real-world solutions. Fluidyn is proud to play a role in advancing translational research initiatives and fostering innovation.

The Paris 2024 Summer Olympic Games were designed with sustainability in mind, aiming for minimal carbon impact. Key initiatives included,  providing high-quality water in the River Seine for swimming, ensuring almost no air pollution in the stadiums, and minimizing energy consumption for air-conditioning at the Olympic Village.

Fluidyn played a key role in achieving the last two objectives. The award-winning French technology developed by Fluidyn was used to identify pollution sources and improve air quality within the stadiums. Additionally, Fluidyn’s proprietary air quality tool for ventilation was employed to optimize air-conditioning in athletes’ rooms and other facilities, utilizing fractionated ventilation for enhanced energy efficiency.

Fluidyn is thrilled to announce the opening of its third branch in Orai, Uttar Pradesh, North India. Strategically positioned to align with the vision of the UP Defence Corridor, the new branch will specialize in delivering cutting-edge simulations and engineering services, addressing key needs in air quality, temperature control, fluid dynamics, and multiphysics simulations.

CentraleSupelec, one of France’s prestigious engineering institutions known for its significant contributions to engineering and science, has recently announced the appointment of Dr. Amita Tripathi, Technical Director at Fluidyn, to its esteemed Scientific Committee for the next four years.

Réunion Island, a French department in the Indian Ocean, has inaugurated the first bioclimatic terminal in a tropical environment. On March 26, 2024, Roland Garros Airport opened the doors to its new bioclimatic terminal dedicated to arrivals. Fluidyn was commissioned by AIA Environment, responsible for the environmental expertise of the project, to assess atmospheric dispersion and the impact of odor emissions on the West Terminal Project. For this study, Fluidyn employed its advanced 3D atmospheric dispersion modeling tool, Fluidyn-Panache.

A paper presented by Fluidyn and its client Vibratec at the 7th International Conference on Noise, Vibration, and Comfort in December 2023 in Kuala Lumpur has now been published in the Journal of Physics, Conference Series Vol. 2721. The paper, titled “Globe Valve in Single-Phase Flow: Experimental and CFD Analysis,” explores the findings of their collaborative research.

Fluidyn MP was utilized by ISRO’s Launch Pad Safety and Cryogenics team to tackle various cryogenic flow challenges, contributing to the successful launch of Chandrayaan-3.

Additionally, Fluidyn conducted a risk assessment of accidental spillage of launch vehicle fuel at the Satish Dhawan Space Centre (SDSC) SHAR, one of ISRO’s R&D wings located at Sriharikota. This center is responsible for providing launch base infrastructure for India’s space program. The safety analysis of facilities handling highly flammable rocket propellants was carried out using Fluidyn PANEPR.

The CAPNAVIR project investigates whether cruise ships are contributing to pollution in the Bordeaux harbor. The study aims to assess the environmental impact of cruise ship operations on the local ecosystem.

A news article in Sud Est Eco, France, highlighted the impact of cruise ship emissions on urban harbors. For this study, the CAPNAVIR project collected 1.6 million samples of nine different pollutants during the passage of 14 cruise ships through Bordeaux Harbor, measuring pollution levels.

In collaboration with ADEME, CEREMA, and CNRS, Fluidyn employed 3D CFD modeling to conduct the study. The findings revealed that pollution caused by cruise ships is significantly lower than that generated by urban road traffic.