Strengthening our Leadership Team with the Arrival of Jean-Baptiste Trémouille
We are delighted to announce the appointment of Jean-Baptiste Trémouille as General Manager. With 20 years of experience in the energy sector, Jean-Baptiste Trémouille joins a team committed to transforming industrial waste heat into sustainable energy opportunities. His strong expertise in energy business development, international industrial project management, and business development will be a major asset in structuring our industrial partnerships and accelerating the adoption of our innovative solutions. This appointment comes at a time when energy efficiency is becoming a crucial issue for the industry. Jean-Baptiste Trémouille's experience and strategic vision will enable us to explore new horizons and [...]
Visit of the Prefect of Drôme to the HEVATECH Site in Saint-Paul-Trois-Châteaux
On March 18, HEVATECH received an official visit from the Prefect of Drôme, Thierry Devimeux, and local elected officials at its Saint-Paul-Trois-Châteaux site. This institutional meeting provided an opportunity to discuss the company's innovations and its position within the energy efficiency ecosystem. Patrick Bouchard, President of HEVATECH, presented our distinctive solutions and answered questions regarding our market position, competition, and our integration into clusters and competitiveness poles. As a France 2030 laureate, HEVATECH benefits from the support of the State, the Drôme Department, and the Auvergne-Rhône-Alpes Region to accelerate the development of its technologies. The company received an official France [...]
HEVATECH Launches MAEVA: the First Dedicated Solution for Characterizing Industrial Waste Heat
MAEVA - Measurement, Audit, and Study of Energy Recovery - is an innovative solution dedicated to the characterization of industrial waste heat. This often-overlooked waste heat offers significant potential to improve competitiveness and reduce carbon emissions. MAEVA enables precise characterization of this heat by analyzing existing data and conducting on-site measurements. This solution relies on low-intrusive measurement tools, remote monitoring, and in-depth financial analysis. MAEVA enables industrial companies to maximize the energy recovery of waste heat to optimize their energy consumption. A comprehensive 5-step study: Analysis of existing data and acquisition of new measurements; Statistical processing and precise quantification of [...]
HEVATECH Joins the ‘New Energy Systems’ Strategic Sector Committee
The Strategic Sector Committee for New Energy Systems works to transform the energy transition into an opportunity to reindustrialize our regions. These founding members, EDF, ENGIE, Schneider Electric, and Total Energies, unite 15,000 companies, 210,000 direct and indirect jobs, and €41 billion in turnover, around a common roadmap: To lead a competitive energy transition and develop industry. The work of the New Energy Systems CSF covers the sectors of renewable energies, storage, energy efficiency, and energy networks. The scaling up of decarbonization technologies is at the heart of current discussions!
HEVATECH has been selected as a laureate for the “IBAC SME” Call for Projects: Development of technological building blocks and services by SMEs for the decarbonization of Industry.
The "IBaC SME" Call for Projects is part of the France 2030 investment plan, one of whose objectives is to support innovation for a Low-Carbon Industry, specifically targeting SMEs. HEVATECH's awarded project "ELOT" aims to improve the process efficiency of the TURBOSOL product line and expand the offering to lower temperatures for the recovery of waste heat from 200°C.
HEVATECH is a Winner of the “SME Transformation through Innovation” Call for Projects – Auvergne-Rhône-Alpes
This call for projects falls within the framework of the France 2030 Program, a joint initiative of the State and the Auvergne-Rhône-Alpes Region. The submitted and awarded project "MAEVA" aims to develop a service offering for characterizing resource potential and optimizing the sizing of HEVATECH's solutions.
HEVATECH Expands its Portfolio of Industrial Decarbonization Solutions by Integrating H2P Technology.
HEVATECH completes its range of high-temperature solutions by acquiring H2P SYSTEMS, thanks to the support of EREN Group, and consequently, by adding the H2P and TURBOSOL product lines, covers a flue gas temperature range of 300-1000°C, thereby expanding its industrial waste heat recovery offering. Press release HEVATECH / H2P (PDF link)
HEVATECH Joins the CAPENERGIES Competitiveness Cluster
The CAPENERGIES competitiveness cluster facilitates the emergence of innovative projects and supports their funding and development to accelerate the Energy Transition in the PACA and French Overseas Territories. To date, it brings together nearly 520 members, including a majority of SMEs & startups specializing in energy and associated uses. Since its creation in 2005, nearly 860 innovative projects have been certified by the cluster.
HEVATECH, a Member of the EVOLEN Association
In a multi-energy world, EVOLEN supports stakeholders in Oil, Gas, and New Energies in developing responsible, sustainable, and economic solutions to ensure access to energy for all and accelerate the energy transition. EVOLEN brings together nearly 250 companies, research centers, training organizations, institutional players, as well as professionals and experts who drive our industry in France and internationally.
HEVATECH raises 4 million euros to commercialize its waste heat recovery and industrial decarbonization system
This fundraising round was conducted with Banque des Territoires on behalf of the State as part of France 2030, and EREN Groupe, supported by two of the company's long-standing investors. The confidence shown by these high-profile investors demonstrates the potential of HEVATECH's solution for industrial waste heat recovery. The funds will enable HEVATECH to accelerate its development and the commercial deployment of its innovative and economical solution. Press release, 1st December 2022 (PDF link)
