PROYECTO PtMe: Nuevo sistema para la obtención de metanol renovable: Power to Methanol.

Proyectos de I+D (Programa RIS3 Empresa)
IDE/2023/000663

CURVASTUR, S.L. persigue desarrollar un sistema de vectorización de la materia carbonosa (CO2) mediante un reactor catalítico hacia la fijación de hidrógeno verde abordando un nuevo proceso de síntesis o tecnologías de valorización, que proporcionen una conversión eficiente del CO2 residual e hidrógeno verde en combustible sostenible (e-metanol).

PROYECTO PtA: Investigación en nuevos procesos de síntesis industrial que permitan la obtención de Amoniaco, como vector (combustible verde), a partir de fuentes energéticas de origen renovable.

Proyectos de I+D (Programa RIS3 Empresa)
IDE/2022/000535

CURVASTUR, S.L. está llevando a cabo la investigación de un sistema de vectorización de hidrógeno verde para la producción de amoníaco como portador de energía, mediante nuevos procesos de síntesis industrial libres de carbono que permitan la obtención de Amoniaco como vector (combustible verde), a partir de fuentes energéticas de origen renovable.

PROYECTO PIE: adquisición de un equipo láser «Tracker».

Proyecto de Inversión Empresarial (PIE)
IDE/2022/000110

CURVASTUR, S.L., está llevando a cabo un proyecto de inversión a través de la adquisición de un novedoso Equipo Láser Tracker para medición de coordenadas 3D.

PROJECT: Implementation of an ERP cloud business management system for industry 4.0 to to optimize work processes.

Subsidy Program Aid to the digital transformation. EXP. IDE/2021/000843

The aim of this project is to have the appropriate management tools adapted to industry 4.0, thereby increasing the innovative and productive capacity and efficiency through the connection of management and production processes.

PROJECT: Consultancy for the implementation of an advanced management system.
Innovation and Business Development Checks for fiscal year 2021.

EXP. IDE/2021/000151

The purpose of this project is to carry out consultancy work for the implementation of an advanced solution that integrates all the processes of the company, with special attention to the processes directly related to the client.

PROJECT: Technological advice on joining technologies.
Innovation and Business Development Checks for the fiscal year 2021.

EXP. IDE/2021/000154

The aim of this project is the study for the specialization in the execution of butt welds and in tube-plate format by means of TIG (GTAW) and Orbital TIG processes in austenitic steels resistant to corrosion.

PROJECT: Automated Orbital Welding Equipment.
Business Investment Projects for fiscal year 2021.

EXP. IDE/2021/000603

The purpose of this project is to expand CURVASTUR's manufacturing capacity through the acquisition of an automated orbital welding equipment. CURVASTUR through the acquisition of an automated orbital welding equipment for low carbon steel pipes for low alloy carbon steel and stainless steel pipes with diameters between 10 mm and 80 mm.

PROJECT: Technological advice on welding for high temperature applications. Innovation and Business Development Checks for the year 2020.

EXP. IDE/2020/000098

This project aims to address the challenges in manufacturing using lightly alloyed materials, thermofluent or thermoresistant steels slightly alloyed materials, thermofluent or thermoresistant steels, designed to improve the resistance to thermofluence and used for high temperature works, as well as alloyed steels type 13Cr or 10Cr and stabilized stainless materials type 347 with high carbon content.

PROYECTO RECOVERY:Propuesta de nueva generación de equipos de recuperación entálpica mediante técnicas de sensorización avanzada.

Innova Idepa, 2018 (RIS3 Enterprise Program) IDE/2018/000281

The project aims to carry out an experimental development focused on the product, so that from the use of elements and product, so that from the use of advanced instrumentation elements and techniques (enablers of industry 4. 0) allows to monitor and control waste heat recovery equipment or enthalpy of industrial processes, thus obtaining a much more technological and competitive product as an intelligent system for decision making to identify, quantify and evaluate opportunities for energy recovery of “waste” in industrial processes, becoming a competitive advantage through improved results in terms of energy consumption, in addition to the contribution to improving the environment by reducing greenhouse gas emissions.