Energy

ADR designs and manufactures a wide range of precision ball bearings that meet the most demanding technical specifications in order to provide innovative solutions in the mechanisms of various fields, such as Chemistry, Nuclear, Oil & Gas, Vacuum, etc.

The materials, liquid or solid lubricants and manufacturing processes are qualified and field proven. The range of bearings is extensive: from 1 to 330 mm. ADR selects the most appropriate materials, such as stainless steels, ceramics, superalloys, etc., at the design stage.

These solutions guarantee reliability, strength and longevity in aggressive environments.

ALSEAMAR uses innovative surface drones and subsea gliders for independent observation of the marine environment.

These turnkey services are used to collect and analyze data for a wide range of missions: scientific research, oceanography, marine environment protection, water quality monitoring, recording of ambient noise, intervention for hydrocarbon leaks, detection of natural gas or oil leaks, baseline studies and metocean operations for oil operators.

The SeaExplorer subsea glider is a detection platform perfectly suited to these operations. A high-endurance, autonomous subsea drone, it was designed to collect data over large areas (thousands of kilometres), over long periods (months) and at great depths (1,000 m) thanks to the integration of a wide range of specific sensors.

Controlled from land, propelled by variations in buoyancy, the vehicle glides silently along the water column collecting physical, chemical, biological and/or acoustic data, depending on the mission assigned.

The added value of the SeaExplorer lies in the low operation cost compared to the vessels or other means traditionally mobilized for the same type of mission.

ALSYMEX designs, manufactures and assembles parts and subassemblies intended for cryogenic applications.

ALSYMEX manages the entire industrial chain:

• Traceability of supplies
• Management of certification 3.2
• Qualification of materials for cryogenics
• Management of three-dimensional inspection
• Assemblies and testing of parts in accordance with specific inspection and test plans defined by clients

ALSYMEX designs and manufactures autonomous, all-in-one assemblies for generating and controlling a flow rate under variable pressure in order to coordinate tools such as winches and connectors in restrictive environments where efficiency, compliance with environmental standards and ease of use are required.

The light and robust syntactic foam blocks sold under the BMTI^® brand offer top buoyancy performance. They are ready to use, be fitted or cut to size, and can be glued together to form larger structures.

BMTI^® syntactic foam benefits from many years of experience in design and manufacturing. Its high standards of performance, the possible integration of metallic inserts and the protective coating applied make this product a long-lasting one.

It is used to manufacture buoyancy modules installed on ROVs (remotely operated underwater vehicles) and on AUVs (autonomous underwater vehicles), as well as buoyancy modules mounted on deep oilfield equipment.

The properties making up BMTI^® syntactic foam make it the least dense on the market for depths ranging from 1,000 to 12,000 m, while at the same time guaranteeing the best mechanical and durability properties.

BMTI^® syntactic foam is available in standard blocks or in made-to-measure buoyancy modules.

ALSYMEX designs and manufactures equipment for glove boxes, incorporating high availability instrumentation and control, automation and robotization.

On new installations or dismantling projects, ALSYMEX intervenes for process and equipment nuclearization missions for contaminating environments, on maintainable and decontaminable mechanical and electromechanical systems and processes (conveying, handling, machining, characterization, etc.).

ALSYMEX designs automated systems that can be robotized and hardened for specific use in hot cells. The solutions deployed by ALSYMEX enable highly reliable remote operation where activity levels are high. ALSYMEX manages all specific constraints associated with exposure and maintainability of  shielded cell equipment, in particular compatible materials, connectors, and electrical and mechanical penetrations and shielding.

Entirely remotely controllable for hot cell assembly and dismantling, the solutions developed by ALSYMEX enable equipment to be used in high activity exposure conditions and allow for remote operation (special connectors, shielding, special materials).

The constraints associated with contamination, material retention, grip and handling of parts (geometries and weights), radiation, ageing and material compatibility are taken into consideration.

ALSYMEX designs and manufactures barrel compacting products and solutions for the nuclear industry, helping to reduce the volume of very low-level waste generated by nuclear installations, in order to increase storage capacity and volume.

ALSYMEX is also developing compacting solutions for canisters, aerosols and other tanks, with effluent recovery, containment filtration and radiological atmosphere monitoring to reduce waste volumes.

ALSYMEX designs and manufactures instrumented glove boxes for nuclear facilities.

For applications that call for class 1 shop-fabricated stainless steel glove boxes, ALSYMEX manufactures tailored equipment incorporating all of the constraints of nuclear sites relating to the handling, transfer, transformation of radioactive material in a containment, or under a controlled neutral gas atmosphere.

With rich knowledge and expertise, ALSYMEX takes into account ventilation classes (renewal rate, dynamic containment), static containment classes (leak rate) and other specifics of the application (e.g. materials in fluid, gas or solid form), especially in glove box applications calling for mechanical processes, fluids or gases imposing specific operating constraints (T°, P, PH, H₂, O₂).

ALSYMEX designs and manufactures a line of high-performance heat exchangers consisting of superimposed pre-machined plates providing channel geometries dedicated to each application. Assembly of these individual plates calls for metallic bonds produced by a diffusion welding technique assisted by Hot Isostatic Pressing (HIP).

This technology, which involves high pressures and temperatures on the parts to be assembled, allows for welding at the heart of the material, not just on the surface. It enables the plates to be welded consistently with no added material, an operation that is impossible using more traditional techniques.

ALSYMEX has developed a system for characterizing and analyzing materials and/or nuclear fuels, by cutting, compression, traction and drilling.

ALSYMEX designs and manufactures electromechanical or electrohydraulic presses intended for the production of nuclear fuels of different sizes and geometries, for laboratory applications, in glove boxes or shielded cells.

In collaboration with CEA LIST, ALSYMEX develops and manufactures a remote-controlled manual welding system with filler metal. Its aim is to enable welders to remotely perform controlled operations, in an ergonomic position, thus avoiding exposure to environmental constraints.

For the PHENIX reactor decommissioning program, ALSYMEX has designed a new fuel element handling arm. This equipment guarantees extraction of lateral neutron protection, inaccessible with the original design.

For over thirty years, ALSYMEX has offered a wide range of BW fittings and machined fittings for use in the civil nuclear market. These fittings satisfy the high demands of standards such as the RCCM, but ALSYMEX can also produce fittings to the specific technical specifications of its clients.

ALSYMEX is recognized for its manufacturing expertise (cold forming, hydro-forming and machining) and the quality of its work and services. ALYNOX pursues a research, development and product improvement program in line with the strictest standards.

LERITY designs, develops and manufactures radiation-hardened vision assemblies suitable for ionizing and aquatic environments, the APOLLON camera systems.

APOLLON compact systems can withstand radiation levels above 100 Mrd. The sealed camera body (6 bar) is designed for a long service life and has its own light source. APOLLON systems are available with focal lengths of 20 to 90 mm including several options: fixed focal lengths, conventional or prismatic zooms, interchangeable for easier use.

LERITY supplies the entire optical chain and the recording and networking capabilities compatible with your existing control installations.

LERITY already equips the Flamanville EPR (EDF), the EPR plants installed in China (CNCC) and the whole of the Indian nuclear plant pool (via NPCIL).

ALSOLEN develops and sells a line of absorption chillers under the name Heat4Cold.

Heat4Cold is a refrigerating machine that transforms the excess heat generated by industrial processes or thermal solar installations into cold.

The cold generated can be used by the end user for air-conditioning and/or ice production.

Heat4Cold is efficient, reducing electricity consumption by at least 40% and reducing greenhouse gas emissions by 80%.

With a Global Warming Potential (GWP) of zero, the coolant used, ammonia, complies with environmental standards.

ALSOLEN develops and markets medium and high-power Fresnel reflector solar thermal power plants. ALSOLEN solar plants have an integrated thermal energy storage system, giving the client several hours of autonomy after sunset.

ALSOLEN 300, the medium-power plant, has an innovative technology capable of producing heat, electricity, water desalination and cold simultaneously.

ALSOLEN 300 is particularly suited for operation in isolated or semi-isolated zones not served by the national grid.

ALSOLEN 450, the high-power solar thermal power plant, directly generates steam superheated to 450 °C.

ALSOLEN 450 has a unique three-stage thermal energy storage system.

ALSOLEN favors local manufacturing. Thanks to its mobile factory, the solar fields are manufactured and assembled on the plant installation site, thus boosting local employment.

KHIMOD designs and manufactures an innovative methanation system called METHAMOD^® to transform CO₂ and electricity or hydrogen into methane.

The METHAMOD solution is the result of French industrial research and innovation and has been developed jointly with CEA (Liten) within the context of the LACRE joint laboratory. The design of the METHAMOD reactor is based on an assembly of reactive and cooling plates, produced using an innovative technique mastered by KHIMOD: diffusion welding assisted by Hot Isostatic Pressing (HIP). These plates are independent of one another and their number can be adjusted according to the required reactor capacity.

The METHAMOD product line meets several needs in CO₂ discharge recovery and storage (Power to Gas).

TRONICO develops a range of effective energy conversion solutions under the Tame-Power^® brand. These solutions are applied to embedded and stationary systems, from a few Watts to 500 kW by combining the converters offered.

The reference designs of the converters can be configured to required optimization criteria: voltage and current range, power, efficiency, industrial price, form factor, etc.

Each request is studied individually by TRONICO application engineers.

ALSOLEN develops and sells thermal storage solutions covering the temperature range of 300 °C to 450 °C.

ALSOLEN adapts the storage technology (oil and rock thermocline or Phase Change Materials and refractory bricks) to the needs of the client and the temperature level available.

The storage solutions can cover several hours of operation. Storage is used to accumulate the energy produced by a heat source (combustion, solar, thermal process), then deliver it and use it when the thermal generator is shut down.

ALSYMEX designs and manufactures automated systems based on PLCs, control and piloting equipment (control panels) and a human-machine interface to optimize supervision.

The two main areas of expertise that set ALSYMEX apart are management of high availability safety automation using redundant safety PLCs up to SIL3, and management of equipment for Explosive Atmospheres.

A partner of the CEA Nuclear Energy Division, ALSYMEX is responsible for the preliminary design studies and the basic design of the Irradiated Objects Cell of the ASTRID project. These studies include the architecture of the hot cell: general design, air-conditioning, control command, remote operation components, robotics, disassembly of irradiated objects and examination after irradiation.

For the renewal of structural components of the 900 MW reactor cores of EDF's nuclear power plants, ALSYMEX has re-industrialized the manufacture of control rod guide tubes, in line with current safety requirements.

ALSYMEX also has an accredited operations team which carries out preventive and corrective maintenance of conventional fluid and gas circuits at EDF nuclear power plants.

ALSYMEX offers an integration service for standard or exotic materials during the design of complex systems.  The lengthy and solid experience acquired by ATMOSTAT in major projects in the sectors of space, aeronautics and fusion means that the company can guarantee the complete and successful management of property, personal and environmental protection engineering.

ALSYMEX experts intervene in the early stages of a project, from the design of the client's solution (particularly in the infrastructure and product interface definition and operational checking phases in the user environment) to systems and equipment support engineering, throughout the solution's life cycle. 

TRONICO offers a wide range of electronic design studies and production services specific to the Energy market: 

• Power electronics
• Electromagnetism
• Optoelectronics
• Communication & networks
• Radiofrequency
• Mechanics
• Energy storage and conversion
• Digital electronics/FPGA
• Embedded electronics

TRONICO also has expertise in application-related constraints and specific features:

• high temperature
• dependability
• high-reliability electronics design

Products, from SIL 1 to SIL 4, can be developed in accordance with standard IEC 61508 and using the FIDES guide. A dedicated quality department ensures compliance with internal processes and standards.

An experienced team analyzes and develops the products to meet dependability requirements (RAMS: Reliability, Availability, Maintainability and Safety).

At the cutting edge of electronic component technology, TRONICO has established a components engineering laboratory to ensure the reliability of current designs and to come up with the technological solutions of tomorrow.

TRONICO maintains a vast library of programs and has acquired considerable experience in the Medical, Energy, Aeronautics, Defence & Security and Transport sectors.

TRONICO's components engineering laboratory offers services such as:

• Incoming inspection
• Construction analysis
• Component characterization
• Life testing
• Obsolescence management
• Long-term storage