The Spanish company ete, recognised as one of the world’s leading manufacturers of electric boilers and heat production equipment, boasts an impressive track record of over 40 years in the market. With a strong international presence and an ongoing commitment to innovation, ete stands out for its cutting-edge technology and the quality of its products.
Recently, ete designed and supplied an electric steam boiler, model NGP 32/5, with remarkable features: a working pressure of 30 kg/cm², a power output of 38 kW, and a steam production capacity of 49.52 kg/h. This boiler was delivered to the National University of Colombia, to support the research project “Coal gasification in a pressurised fluidised bed”.
Through this international project, ete reaffirms its commitment to global expansion, further solidifying its position as a leader in the manufacture and supply of heat production equipment. The company is focused on developing customised solutions tailored to specific needs, always using the most advanced technology available on the market. This approach not only highlights ete’s ability to meet market demands, but also underscores its mission to contribute to the development of energy-efficient and sustainable solutions, which are vital for the future of the energy sector.
The collaboration with the National University of Colombia and the other institutions involved presents an opportunity for ete to expand its footprint in the South American market, actively participating in projects that promote research and innovation in the energy field, and reflecting the company’s commitment to social and environmental responsibility.
The integration of the electric steam boiler, model NGP 32/5, manufactured by ete, into the research project at the National University of Colombia, marks a significant milestone, not only for the institution, but also for the advancement of more sustainable and innovative energy technologies. This project, which focuses on the conversion of coal into gas, addresses growing environmental concerns and the need to find alternatives that reduce dependence on fossil fuels.
PROJECT CONTEXT
The project “Coal gasification in a pressurised fluidised bed” is led by the National University of Colombia, in Medellín, with support from other universities such as the University of Antioquia and the Pontifical Bolivarian University. These institutions are collaborating to explore new technologies and methods aimed at improving energy efficiency and sustainability, in response to growing environmental concerns. They aim to develop cleaner and more efficient energy sources.
The main objective of the project is to develop techniques to convert coal into gas. The process uses a fluidised bed, which enhances thermal efficiency and reduces pollutant emissions. The collaborative approach brings together several academic disciplines, including engineering, environmental sciences, and materials technology, to create more efficient and environmentally sustainable solutions for coal usage.
CHARACTERISTICS OF THE NGP 32/5 BOILER
The NGP 32/5 boiler plays an essential role in the success of this project, with remarkable features.
Working Pressure: The boiler operates at a pressure of 30 kg/cm², which is essential to ensure high-quality steam production. The high pressure is crucial in gasification processes, where steam acts as a reactive agent in the conversion of coal into gas.
Power: With a power of 38 kW, the boiler is capable of providing sufficient energy to heat the system and keep the gasification processes running. This power is ideal to meet the specific demands of the project, ensuring that researchers can conduct their tests with consistency and precision.
Steam Production Capacity: The production of 49.52 kg of steam per hour demonstrates the efficiency of the boiler. This capacity is particularly relevant, as it allows the system to operate continuously, which is essential for obtaining reliable data and performing real-time analysis.
With these specifications, the NGP 32/5 boiler proves to be perfectly suited to the needs of the project, contributing significantly to research in the field of coal gasification.
INTEGRATION INTO THE RESEARCH SYSTEM
The integration of the electric boiler into the research system of the University of Colombia was a complex and meticulous process, involving several critical stages.
Planning and Design: Before installation, a detailed planning phase was carried out. Engineers and technicians from ete collaborated with the university team to ensure that the boiler was efficiently integrated into the existing system. This process included the development of electrical and hydraulic diagrams, as well as the definition of space and infrastructure requirements for the installation.
Installation: The installation process was carried out by a specialized technical team from ete, which ensured strict compliance with all safety and efficiency standards. The location of the boiler was strategically chosen, considering steam flow, maintenance accessibility, and minimization of energy losses.
Testing and Adjustments: After installation, a series of tests were conducted to verify the boiler’s operation under different conditions. These tests were essential to identify and correct potential issues, as well as to optimize operating parameters to maximize efficiency and steam production.
Training: In addition to supplying the boiler, ete provided comprehensive training to the university’s researchers and technical team. This training included instructions on safe boiler operation, preventive maintenance, and troubleshooting. Empowering the university team was essential to ensure efficient and safe equipment operation.
EXPECTED IMPACT
The integration of the NGP 32/5 boiler into the coal gasification project is expected to have a significant impact in several areas.
Emissions Reduction: One of the main expected benefits is the reduction of greenhouse gas emissions. With more efficient gasification processes, the conversion of coal into gas can lead to a decrease in CO₂ and other pollutant emissions, aligning with global sustainability goals.
Increased Energy Efficiency: Efficient coal gasification can result in more effective use of this energy resource. The NGP 32/5 boiler, with its technical specifications, was designed to optimize this process, ensuring that the energy contained in coal is fully utilized. This not only increases system efficiency but also reduces pollutant gas emissions, contributing to a more sustainable environment.
Moreover, the boiler is equipped with advanced technologies that continuously monitor and adjust its operation, ensuring stable and efficient performance over time. With these features, the NGP 32/5 represents an important step towards the transition to cleaner and more sustainable energy sources.
CONCLUSION
The integration of the NGP 32/5 electric steam boiler, manufactured by ete, into the research project “Coal Gasification in a Pressurized Fluidized Bed” at the National University of Colombia represents a significant milestone for both ete and the academic and scientific community.
This collaboration is a valuable opportunity for research and the development of innovative solutions in the energy sector, while addressing the challenge of finding more sustainable and efficient ways to use coal, an energy resource whose environmental impact has been widely debated.
ete, with its solid reputation and extensive experience, not only provides high-quality equipment but also contributes to the training of skilled professionals and the advancement of sustainable practices in the energy sector.
This project stands out as a clear example of how industry and academia can join forces to face the energy challenges of the future, promoting innovation, sustainability, and efficiency.
