We have partnered with Spiber Inc. to develop a large-scale manufacturing process for structural protein materials.
We improve the efficiency of structural protein production and apply the produced structural proteins to our products enhancing their functionality.

In the field of smart aquaculture (aquaculture environment management using ICT), we are working to build a closed-loop land-based aquaculture system and services by utilizing our fluid and heat related technologies.
By maximizing our value proposition in combination with the technologies of our partners, we aim to create a world where people can continue to eat delicious fish in a sustainable manner.

Our solar powered pumps are used to meet everyday needs such as securing drinking water in areas where there is no electricity.
They are also energy efificient, contributing to the reduction of greenhouse gas emissions.

EBARA Pumps Europe S.p.A. has signed a sponsorship agreement with Boreal Light GmbH in Germany to support its drinking water supply business in Kenya and contribute to the realization of a sustainable society.

We have partnered with CellFiber Co., Ltd. to develop a cell encapsulation system for manufacturing "cellular fiber".
We are working to improve the manufacturing process, stabilize the quality of the fiber, and accelerate the development of the cellular agriculture business.

Ebara Elliott Energy has developed a flexibly positionable compressor to improve operational flexibility in hydrogen compression.

The EBARA Group has started development of electric pumps for rocket engines for full-scale commercialization in the future, utilizing our extensive knowledge of rotary machinery technology to help improve electric pumps for rocket engines and enhance means of transportation.

We are developing a turquoise hydrogen production technology that produces hydrogen from hydrocarbons contained in biogas and other materials without generating carbon dioxide, using a continuous cyclical process of methane dry reforming, hydrogen separation, and carbon capture.

Leveraging EBARA's strengths in high-pressure centrifugal pumps and cryogenic technologies, we have developed the world's first liquid hydrogen booster pump, for use when liquid hydrogen is unloaded from the tank and supplied to a hydrogen gas turbine.

We have partnered with IntegriCulture Inc. to scale up the "CulNet System®", a general-purpose large-scale cell culture technology.
We will apply our expertise in fluid control technology and equipment design to the development of cell culture equipments for the cell agriculture business.

We have launched a collaboration with the College of Bioresource Sciences at Nihon University to apply dedifferentiated fat cells (DFAT) as a stable cell source in cellular agriculture.
We will apply our expertise in fluid control technology and equipment design to the development of large-scale culture equipments for DFAT.

Adopting a structure in which the motor section is submerged in liquid ammonia makes it possible to transfer the ammonia liquid without leakage to the outside.
This will help to transfer ammonia solution more safely.

By using hydrogen as a fuel, these chillers can be operated without any CO2 emissions by fuel combustion.
They are also able to “use” hydrogen directly without converting it into power or electricity.
EBARA enivisions a future where hydrogen replaces kerosene, gasoline, and city gas around the world.