Planeta Coppe Archive - COPPE

Coppe Incubator launches call to generate biotechnology startups

The Coppe/UFRJ Business Incubator has launched the call for applications for the Biotechnology Startup Generation Program, an initiative aimed at fostering new innovative businesses and strengthening the biotechnology ecosystem. The program will accept applications from startups and entrepreneurial teams, as well as technological challenges proposed by companies and institutions and from organizations interested in establishing strategic partnerships. Applications are open until September 27.

One of the initiative’s key features is the identification of technological challenges presented by companies and public and private institutions. The goal is to connect these needs with researchers, entrepreneurs, and startups, boosting the development of innovative solutions and strengthening the interaction between the university and the business sector.

The selected projects may, subject to availability, technical compatibility, stage of development, and applicable institutional rules, access the multi-user platform of the Coppe Incubator’s Biotech Hub. The infrastructure includes laboratory facilities, equipment, support services, and other resources dedicated to the development of biotechnology research and business. The facility features five laboratories: the 3D Bioprinting Hub, the Bioprocessing Laboratory, the Molecular Biology Laboratory, The Biochemistry Laboratory, and the Microbiology Laboratory.

Participation in the innovative initiatives will last up to three years, with the possibility of an extension for an additional two years, subject to evaluation. During this period, participants will go through development cycles lasting approximately ten weeks. Activities may include mentoring, consulting, training, connections with the innovation ecosystem, monitoring of the Technology and Business Strategic Plan (Roadmap), and evaluation of the venture’s progress.

Interested parties may apply under one of the following four categories:

Innovative Ventures – aimed at startups, deep tech companies, academic spin-offs, researchers, entrepreneurs, and teams with projects related to biotechnology and its strategic interfaces.
Technological Challenges – intended for companies, public or private institutions, and other organizations interested in presenting needs, problems, or opportunities for innovation related to the thematic areas of the call for proposals, which will be connected to startups, researchers, entrepreneurs, and initiatives supported by the Coppe Incubator for the development of solutions.
Ecosystem Partners – intended for organizations interested in supporting, collaborating with, or establishing strategic partnerships to strengthen the biotechnology innovation ecosystem.
Resident Startups – intended for startups with an active affiliation with the Coppe Incubator that wish to express interest in using the Biotech Hub’s infrastructure.

Applications must be submitted by completing the online form corresponding to the selected category.

Startup Application Form;
Technology Challenge Registration Form;
Ecosystem Partner Registration Form.
Expression of Interest Form for Use of the Biotech Hub Infrastructure – Startups Residing in the Coppe/UFRJ Business Incubator

Read the call for applications and learn how to participate in the program.

Coppe welcomes students with a calling for Science and Innovation

The students selected by AFS Brasil learned about Coppe and some of its technologies during a guided tour led by staff at Espaço Coppe

Coppe/UFRJ welcomed some special visitors this week. A group of 49 high school students, selected for their promising abilities in STEM fields. The students, from various schools and regions, were selected in March by AFS, based on their performance in subjects such as mathematics and physics, as well as socioeconomic criteria, and, after a training period focused on interpersonal skills for global leadership, they spent the week visiting leading institutions in research and innovation, such as Coppe, the Military Institute of Engineering (IME), the Mineral Technology Center (Cetem), and Cefet-RJ.

The visit was part of the AFS Global STEM Innovators program, an immersion program at leading science and technology institutions organized by AFS Brazil. The program is funded by BP (formerly British Petroleum) for students focused on local impact, sustainability, and the development of global skills.

The students learned about robotics projects at Lead

The group, led by AFS Admissions Coordinator Thais Grigorovski, was welcomed by Cleide Lima, Director for Science Outreach, who introduced Coppe to the students and spoke about the institution’s teaching and research activities, as well as its collaboration with the private sector in the search for technological solutions to the challenges faced by society.

Afterwards, Erick Alencar and the monitors of Espaço Coppe took the visitors to Coppe’s Exposition Area, the MagLev-Cobra, the Control and Automation Laboratory (Lead), and the Biomechanics Laboratory.

About the AFS

AFS is an international, nonprofit nongovernmental organization that promotes cultural exchange programs. The initials AFS originally stand for American Field Service, the name of the former volunteer ambulance service during World War I and World War II, whose drivers decided to create a network for peace through global education.

Learn more about the organization on the AFS website.

Coppe AI Hackathon 2026: real data, real challenges, AI-powered solutions

How can artificial intelligence help address the challenges of the energy transition?

That is the question driving Coppe 2026 AI Hackathon, organized by the Coppe/UFRJ Business Incubator and Made in Rio, in partnership with the National Electric System Operator (ONS), AWS, LNCC, and the City of Rio de Janeiro, and sponsored by OceanPact, Visagio, Sebrae, and Faperj.

The challenge will bring together students, professionals, researchers, and startups to develop artificial intelligence solutions applied to real-world problems in the energy transition and decarbonization.

And there’s a unique feature: participants will have access to ONS data, which they can explore to identify patterns, test hypotheses, and develop solutions capable of supporting decision-making and contributing to an efficient and resilient energy transition.

AI Solutions for real-world problems

The expansion of renewable energy sources, such as wind and solar, presents new challenges for the operation of the electric grid. In certain situations, generation from these plants must be reduced or suspended due to transmission grid constraints.

This process, known as curtailment, can result in a waste of clean energy and have economic and operational impacts; it will be one of the challenges addressed at the Hackathon.

With access to historical data from the ONS, participants will be able to investigate the conditions associated with these curtailments, identify patterns. and develop AI models and tools that help to understand and reduce their impact.

Participants will be able to tackle this and other challenges, with opportunities to turn data into ideas, ideas into prototypes, and prototypes into solutions.

You don’t need to arrive with a fully formed team

Applications can be submitted individually, by teams (fully or partially formed), or as startups. Those selected will participate in an Ideathon, which will feature a specific process for generating solution proposals through the formation of multidisciplinary groups.

Each team will consist of five members:

1 project manager / Scrum Master
3 developers
1 specialist with expertise in energy transition, the electric power sector, oil and gas, sustainability, decarbonization, public policy, the energy market, the carbon credit market, or related fields.

A journey that begins before the Hackathon

All registrants will be able to participate in preparatory training sessions with AWS, NVIDIA, ONS, and Coppe itself.

Afterward, the selected participants will move on to the Ideathon and the internal development phase, where they will have the opportunity to refine their ideas and build the first version of their prototypes.

At the in-person Hackathon, which will take place at Instituto 12 in Rio de Janeiro, the three top-performing teams will receive awards. The details of the awards and any additional prizes offered by partners will be announced on the official website before the in-person phase.

All participants will receive certificates of participation. The most outstanding solutions will be invited to move forward, with the possibility of participating in acceleration programs or other follow-up initiatives promoted by COPPE’s Business Incubator,Rio City Hall, AWS, and other partners, supporters, and sponsors.

Applications now open

Applications are open until September 4.

Online training: September 8–10
Ideathon: September 11–13
In-house development: September 14–24
In-person hackathon: September 25–27
Location: Instituto 12 – Leblon
Address: Avenida Ataulfo de Paiva, 120, Leblon

Registration: hackathon-ia.coppe.ufrj.br

Coppe technologies highlighted in coverage of Rio Innovation Week

Robotics, healthcare, mobility, virtual reality, and 3D printing were among the technologies showcased during the four-day event

Anyone who visited the UFRJ booth at Rio Innovation Week (RIW) 2026, held from August 4 to 7, had the opportunity to learn about–and, in some cases, try out–technologies developed by researchers at Coppe/UFRJ. The demonstrations attracted the public’s attention throughout the four days and provided a concrete example of how research conducted in Coppe’s laboratories can be transformed into solutions for various societal challenges.

Technologies that caught everyone’s attention

Among the attractions presented by Coppe at the UFRJ booth were technologies developed in various programs and laboratories, showcasing the diversity of the institution’s applied research. The demonstrations sparked the public’s interest and were also featured in articles and news reports during RIW.

*Zequinha – Production Engineering Program

Controlled using artificial intelligence, the Zequinha robot was developed through workshops and cultural experiences with children from the state of Rio de Janeiro, specifically from Morro dos Macacos and Morro de São João. According to its creator, LTDS researcher Saulo Dansa, Zequinha is being developed to serve as an intermediary between cultural spaces and events and their visitors, keeping them informed about everything happening in the environment. Zequinha’s development began during the Foca project in Rio de Janeiro, alongside two other robots, Clebinho and Berenice, but Zequinha was the one that made the most progress and stood out. See Zequinha in action

Technologies for Healthcare – Biomedical Engineering Program

Solutions that demonstrate engineering applications in the healthcare field were presented, including a non-invasive electrical stimulation device to reduce tremors associated with Parkinson’s disease, ChaTB–a chatbot currently under development to assist healthcare professionals in tuberculosis prevention–and a low-cost integrated, portable system for performing electrocardiograms and remotely monitoring patients. Learn about Coppe’s healthcare solutions: Bom Dia Rio / TV Brasil (54:07)

Port Operations Simulator – Laboratory of Computational Methods in Engineering (Lamce) – Civil Engineering Program

Another highlight was the crane operation simulator, which reproduces port operations in a 3D virtual environment integrated with real physical cabins, allowing users to experience operating equipment as if they were at a port, including adverse conditions such as wind and rain. See how the crane simulator works (Starts at 17:45)

EDS Maker – Production Engineering Program

The project from Coppe’s Casulo Laboratory conducted 3D printing demonstrations at its own booth, using filaments made from plastic waste, such as PET bottles. Watch how waste is transformed into new products (Starts at 17:45)

MagLev-Cobra – Electrical Engineering Program

Through a small device floating on a track using magnets, the public can learn a bit about the technology that allows the vehicle to move without direct contact with the tracks, reducing friction and enabling a more efficient alternative for urban transportation. MagLev-Cobra takes spotlight at RIW.

The presentations took place at the UFRJ booth, organized by InovaUFRJ and the Pro-Rectory for Extension (PR5). In addition to the demonstrations at the booth, Coppe participated in approximately 20 panels and pitches during Rio Innovation Week, featuring professors, researchers, students, and representatives from startups based at the Business Incubator.

The institution’s presence highlighted the diversity of its work in research, innovation, and entrepreneurship, bringing technologies developed at the university closer to the public, the business sector, and the potential partners.

Por que Engenharia? | From land to sea: it all starts with the soil

What do the subway, Cidade do Rock, the Rio-Niterói Bridge, and the pre-salt layer have in common? In the next issue of Por que Engenharia? (Why Engineering?), you’ll discover how civil engineering makes it possible to build where it seems impossible. Professor Márcio Almeida and the team at the Multi-User Laboratory for Centrifugal Modeling (LM²C), part of the Civil Engineering Program at Coppe/UFRJ, will demonstrate how soil analysis is essential to ensuring the safety, stability, and performance of construction projects on land and at sea.

Por que Engenharia? is a community outreach event organized by Coppe/UFRJ that invites high school students and anyone interested in science, technology, and innovation to get an up-close look at the impact of engineering on society. Come talk with researchers, discover amazing projects, and explore the various career opportunities in the field.

In his presentation, Professor Márcio Almeida will discuss the diversity of engineering—at Coppe alone, there are 13 graduate programs in engineering—the various fields in which civil engineers work, the importance of the profession to society, geotechnical engineering, and the need to understand the behavior of soils and rocks. He will also demonstrate how geotechnical centrifuge modeling is applied to projects on land and at sea, making it possible to transform challenging environments into safe and viable infrastructure projects.

Throughout the event, issues and solutions related to soil behavior will be presented, with concrete examples such as the Leaning Tower of Pisa in Italy; ground subsidence in Maceió; the leaning buildings in Santos (SP); and notable cases in Rio de Janeiro, such as Cidade do Rock and Vila do Pan.

The LM²C team prepared a dynamic and interactive presentation, featuring demonstrations and activities that bridge the gap between theory and practice and show, in an accessible way, how civil engineering tackles some of the biggest challenges in the construction of major projects.

Learn more about LM²C

📅 August 19th | 🕙 10 a.m.

📍 Alberto Luiz Coimbra Auditorium – Room G-122 – UFRJ Technology Center

Coppe has 49 Professors selected in the CNPq’s productivity grant announcement and reinforces its leadership in research

Coppe/UFRJ had 49 professors selected in the public call for Productivity Grants from the National Council for Scientific and Technological Development (CNPq), one of the most important mechanisms for recognizing scientific excellence in Brazil. The result reaffirms the institution’s leading role in the production of knowledge, the training of highly qualified professionals, and the development of research that has a significant impact on the country.

In total, UFRJ had 264 researchers selected, solidifying its position among the universities with the highest number of CNPq grant recipients. Within this group, Coppe’s participation highlights the strength of its graduate programs and research groups, which account for a significant portion of the University’s scientific excellence.

The final list also includes several researchers from other UFRJ units and partner institutions that maintain scientific collaborations with Coppe, thereby expanding the institution’s research and innovation network.

The Research Productivity (PQ), Senior Research Productivity (PQ-Sr), and Technological Development and Innovative Extension (DT) fellowships are awarded by CNPq to researchers with a well-established track record who are recognized for their scientific, technological, and innovative achievements.

Candidates are evaluated by specialized committees in each field of study, which consider criteria such as the quality and consistency of scientific output, the development of technologies and patents, the training of master’s and doctoral students, academic leadership, scientific management, and national and international engagement.

These fellowships do not fund specific projects. They serve as recognition of researchers’ academic careers and the continuity of high-level scientific output, constituting one of the main indicators of excellence used by the national science and technology system. In addition to giving researchers greater visibility, this recognition strengthens the institution’s reputation as a leader in engineering, technology, and innovation.

The final results of the call for applications for research productivity (PQ), senior research productivity (PQ-Sr), and technological development and innovative extension (DT) fellowships are available on the CNPq website. The fellowships will begin in August 2026 and will last between three and five years.

See below for the programs selected:

Civil Engineering Program (8)

Systems and Computer Engineering Program (6)

Electrical Engineering Program (6)

Chemical Engineering Program (5)

Metallurgical and Materials Engineering Program (4)

Mechanical Engineering Program (4)

Ocean Engineering Program (4)

Nuclear Engineering Program (3)

Biomedical Engineering Program (3)

Transportation Engineering Program (2)

Energy Planning Program (2)

Industrial Engineering Program (1)

Nanotechnology Engineering Program (1)

Technology developed at Coppe enhances pipeline safety and strengthens the competitiveness of Brazilian industry

Small cracks that form in metallic materials can involve truly complex phenomena and propagation mechanisms. In pipeline steel, for example, secondary cracks or delaminations may form perpendicular to the plane of another crack—the primary one—creating internal separations that make it difficult to assess the material’s mechanical behavior. Although they measure only a few millimeters, these separations can directly affect the safety and performance of structures used in strategic sectors, such as the oil and gas industry.

To overcome this challenge, researchers from the Metallurgical and Materials Engineering Program (PEMM) at Coppe/UFRJ have developed advanced techniques that allow for a more precise understanding of this phenomenon and a more reliable assessment of the crack-propagation resistance of the steels used in pipeline manufacturing.

The research is part of Sergio Luis Gonzalez Assias’s doctoral thesis and focused on the study of internal separations within steel layers caused by separations perpendicular to the main crack. Technically known as splits—or delaminations perpendicular to the crack plane—this phenomenon can significantly alter the results of mechanical tests and, in some cases, lead to the rejection of materials that, in practice, would be suitable for use in piping.

This type of inappropriate material rejection has significant economic impacts in the industry, increasing production costs, limiting the use of materials, and reducing the competitiveness of a sector that is essential to the country.

The experiments, conducted at PEMM’s Fracture Mechanics Laboratory (LMF), made it possible to establish unprecedented criteria for evaluating the fracture toughness of steels—that is, their ability to absorb energy and resist crack propagation before fracture. The research combined high-precision experimental techniques with advanced numerical modeling, expanding our understanding of the effects of splits and making material qualification processes more reliable.

“Fracture mechanics tools are designed to determine critical operating conditions. These include, for example, the critical pressure, the minimum operating temperature, and the maximum acceptable crack size in the structure. In other words, the focus is not on predicting crack formation, but on defining safe operating limits so that, even in the presence of unavoidable discontinuities, the pipeline operates without the risk of failure due to unstable crack propagation,” explains Sergio.

In addition to its scientific contribution, this research is of great technological relevance to Brazil. By refining the methods used to evaluate materials employed in pipeline systems, the study increases the reliability of analyses, reduces technical uncertainties, and prevents economic losses resulting from the unnecessary replacement of materials. As a result, it helps keep Brazilian industry aligned with the highest international standards of quality, safety, and innovation.

According to Sergio, these techniques can be applied to the characterization of materials used in various types of rigid pipelines for the extraction, production, and transportation of oil, natural gas, and other fluids. “On an industrial scale, it is impossible to manufacture a structure that is completely free of discontinuities or cracks. Our work contributes to a better characterization of the materials used in the manufacture of pipelines, ensuring a more accurate assessment of crack propagation resistance. Therefore, the critical aspect is not the formation of cracks themselves, but the material’s ability to resist their propagation”, he states.

Titled “Effects and treatment of splits on the fracture toughness of steels for oil and gas piping” (Efeitos e tratamento dos splits na tenacidade à fratura de aços para tubulações do setor de petróleo e gás), the thesis was supervised by PEMM Professor Hector Kotik and collaborating Professor Juan Elías Perez Ipiña. The thesis was selected to represent PEMM in the national round of the 2026 Capes Thesis Award.

Coppe student receives award for research on paving

In 2024, the Abertis Chair international awards ceremony was held in Guadalajara

The results of the Abertis Chair Award – Brazil have been announced, and Coppe/UFRJ, once again, had a student recognized in one of the most important awards focused on sustainable mobility. Alexis Jair Enríquez-León received an honorable mention in the Doctoral category for his dissertation “Rumo ao desenvolvimento de um sistema de classificação e caracterização de ligantes asfálticos brasileiros baseado em propriedades reológicas” (Towards the Development of a Rheological-Based Classification and Characterization System for Brazilian Asphalt Binders), which he wrote under the guidance of Professor Thiago Aragão in the Civil Engineering Program.

This research addresses a strategic challenge for Brazil. With one of the world’s largest highway networks—more than 1.7 million kilometers of roads—the country relies on highways to move approximately 65% of all freight transported. Improving pavement quality means extending the service life of roads, reducing maintenance costs, minimizing transportation disruptions, and making the distribution of goods more efficient, thereby generating significant economic benefits for society as a whole.

The national awards will be presented on September 2 in São Paulo during an event organized by USP and Arteris S.A., a company specializing in highway management and a member of the Abertis Group.

In addition to the financial award, the national winners earn a spot in the Abertis Cátedra International Award, where they will compete against the best projects from the network in Spain, France, Puerto Rico, Chile, Italy, and Mexico.

Alexis Enríquez-León’s thesis is available on the Civil Engineering Program’s website.

About the research

Brazil has one of the largest highway networks on the planet, and land transportation is the backbone of the country’s logistics system. However, according to the National Transportation Confederation (CNT), more than 60% of Brazilian highways show some form of deterioration, such as cracks, potholes, and deformations, compromising safety, driving up maintenance costs, and increasing the cost of transporting people and goods.

Part of this problem relates to the specifications for asphalt binders—the component responsible for binding the mineral aggregates that make up the pavement. Although they are critical to highway performance, the technical criteria applied in Brazil are still largely based on empirical methods developed in the early 20th century.

Developed at the Asphalt Mixture Laboratory at Coppe/UFRJ, Alexis Enríquez-León’s research identified the most effective technical parameters for predicting the actual behavior of asphalt binders in service and demonstrated that the methods currently required by Brazilian standards are not sufficient to accurately assess their performance.

The research also addresses a growing need in the highway sector. Today, the Brazilian market uses different types of asphalt binders, including conventional asphalts (PEN), polymer-modified asphalts (PMA), and asphalts modified with scrap tire rubber (RMA). Without proper classification criteria to adequately distinguish the performance of these materials, there is an increased risk of using binders that are unsuitable for certain weather and traffic conditions, thereby reducing the service life of pavements.

The results indicate that adopting specifications based on the actual performance of materials can bring significant benefits to the country. More durable pavements reduce the need for repairs, lower public spending on highway maintenance—which totals tens of billions of reais each year—and reduce the logistics costs faced by the productive sector. In addition, the increased durability of roads helps reduce material consumption, waste generation, and carbon emissions associated with maintenance work, making Brazil’s highway infrastructure more efficient and sustainable.

How does climate change affect agriculture in Brazil?

Gerd Angelkorte (left), and Professor Fabio Teixeira (right), are among the authors of the study conducted by Cenergia

More than 40,000 extreme weather events have affected Brazil’s agriculture and livestock sector over the past decade, causing losses exceeding US$75 billion (about R$390 billion). With 95% of crops dependent on rainfall, the sector is among the most vulnerable to the effects of climate change.

To help the country address this situation, researchers at Coppe/UFRJ are developing a groundbreaking tool that will allow the government to simulate the impacts of climate change across all regions of Brazil and assess which adaptation measures are most effective in protecting agricultural production, food security, and the economy.

Led by Cenergia, a laboratory affiliated with the Energy Planning Program, the project compiles climate, agricultural, and economic data to create a parametric tool capable of estimating impacts on agricultural GDP, identifying the most vulnerable areas, and testing different adaptation technologies and practices. The tool is expected to be delivered to the government by the end of the year and will support the formulation of public policies to strengthen the resilience of agribusiness and family farming.

The study, detailed in the article “How climate change is impacting the Brazilian agricultural sector: evidence from a systematic literature review,” began in response to a public call for proposals issued by CNPq focused on research into the impacts of and adaptation to climate change.

The study identified critical points at which rising temperatures begin to rapidly reduce the productivity of crops such as soybeans. Significant impacts were also observed in livestock farming, where heat stress compromises the animals’ physiology and reduces the production of milk, meat, and eggs.

Another concerning finding is the lack of information on adaptation strategies for family farming, especially for crops essential to food security, such as cassava, beans, and milk. The survey also shows that strategic regions, such as the Midwest—which accounts for 51% of the country’s soybean production and 33% of its beef production—and the Amazon have yet to be adequately studied in the scientific literature on the impacts of climate change.

“We collaborate with other research groups, especially the INPE, and receive data on meteorological variables—such as temperature, precipitation, humidity, sunshine, and wind—analyzing historical trends and developing different future climate scenarios. Then, based on these results, we cross-reference them with data on production and agricultural productivity—in the case of the food security sector—for different crop types,” explains Professor Fábio Teixeira of the Energy Planning Program.

“Next, we use machine learning models to estimate how past weather conditions explain variations in the productivity of that particular crop. And from there, we’re able to establish these relationships among the different crops,” says Fábio.

According to researcher Gerd Angelkorte of Cenergia, some regions may no longer be suitable for certain agricultural and livestock activities. “With higher temperatures and less rainfall, areas in the Midwest may face difficulties in maintaining soybean production, while cattle ranching may increasingly rely on feedlot systems to mitigate the effects of the heat.”

Fábio Teixeira emphasizes that the impacts extend beyond the farm. “When agricultural productivity declines, it becomes necessary to expand the area under cultivation to maintain production. This increases pressure on ecosystems and intensifies conflicts over land use, including with renewable energy projects. Our proposal is to understand these relationships in an integrated way to support more sustainable decisions.”

A Coppe study highlights the use of digital technologies to make urban food logistics more efficient

Reducing food waste, traffic congestion, and making the distribution of perishable goods in large cities more efficient. These are some of the challenges faced by urban logistics that prompted a study conducted at Coppe/UFRJ. The study proposes the integrated application of digital technologies, such as the Internet of Things (IoT), Artificial Intelligence (AI), and blockchain, to monitor food loading and unloading operations in real time.

The research is part of the master’s thesis by Naina Ribeiro Lelis, from Coppe’s Transportation Engineering Program (PET), and addresses a problem with significant economic and social impact. According to Embrapa, millions of metric tons of food are lost every year due to failures in storage, transportation, and distribution. At the same time, major urban centers face traffic congestion, restrictions on truck traffic, and difficulties in managing loading and unloading areas—factors that compromise product quality, drive up logistics costs, and increase greenhouse gas emissions.

The proposal is to use sensors and smart systems to monitor the availability of loading and unloading spaces, food transport conditions, and the distribution flow, enabling carriers and businesses to identify the most appropriate time to make deliveries and pickups. These technologies also make it possible to track perishable goods, automatically prioritize deliveries, and ensure greater security and data integrity.

For Professor Matheus Henrique Oliveira, the research advisor, the implementation of these tools could help address one of the main obstacles facing Brazil’s infrastructure. In 2025, the country’s logistics costs reached 15.5% of GDP, a high figure compared to economies with more balanced transportation systems. According to him, the integration of urban management and digital technologies represents an opportunity to increase the efficiency of supply chains, reduce losses, and strengthen the industry’s competitiveness.

In addition to economic gains, the research highlights benefits for society by providing insights for public policies aimed at developing smarter and more sustainable cities. In line with the Sustainable Development Goals (SDGs), the study shows that the digitization of logistics can help improve urban mobility, reduce food waste, and make cities’ supply chains more resilient.

The researchers point out, however, that the adoption of these technologies depends on advances in digital infrastructure, regulatory standardization, and coordination among producers, carriers, retailers, and government agencies. According to Professor Lino Marujo of the Production Engineering Program (PEP) at Coppe, the technology is already available, but its potential will only be fully realized with governance models capable of integrating the various players in the logistics chain.

Coppe showcases technologies and participates in strategic discussions at Rio Innovation Week

The port crane simulator will be one of the technologies highlighted at RIW

Coppe/UFRJ will be participating in Rio Innovation Week 2026 (RIW) from August 4 to 7, showcasing technologies developed by its researchers and taking part in discussions on innovation, infrastructure, and technological development in Brazil. Now in its sixth edition, the event will take place from 10 a.m. to 9 p.m. at Pier Mauá — Rodrigues Alves Avenue, 10, Praça Mauá.

At the UFRJ space, organized by InovaUFRJ and the Pro-Rectory for Extension (PR5), several research projects will be presented that demonstrate the university’s potential to transform scientific knowledge into technologies that benefit society. The UFRJ booth will be located at Armazém Kobra.

Among the highlights will be MagLev-Cobra, a magnetic levitation train developed by the Electrical Engineering Program at Coppe. The technology uses a levitation system that allows the vehicle to move without direct contact with the tracks, reducing friction and providing a more efficient alternative for urban transportation. On the last day of the event, visitors will be able to watch a live demonstration of how the levitation system works on a track set up at the UFRJ booth.

Device for reducing tremors caused by Parkinson’s disease

The healthcare sector will also be represented by three technologies developed in Coppe’s Biomedical Engineering Program. One of them is a low-cost integrated system for performing electrocardiograms and remotely monitoring patients. Another is a noninvasive electrical stimulation device designed to reduce tremors caused by Parkinson’s disease. The third technology to be presented is ChaTB, a chatbot currently under development to assist healthcare professionals in tuberculosis prevention, designed to respond to information requests from frontline healthcare workers.

Also on display throughout the four-day event will be the port crane simulator developed by the Laboratory of Computational Methods in Engineering (Lamce). The technology reproduces, in a 3D virtual environment integrated with real physical cabins, the activities carried out in port operations. The simulator allows users to experience operating the equipment as if they were at a port, including adverse conditions such as wind and rain.

The UFRJ space will additionally feature three-day workshops (on the 4th, 5th, and 7th) on EDS Maker, a university extension program run by Casulo da Coppe that uses technology to transform plastic waste—such as PET bottles—into filaments for 3D printers. In addition, the Coppe Business Incubator will play a prominent role on the 6th, featuring startup pitches and an exhibition, as well as hosting the panel “Start sua ideia conosco” (Start your idea with us). During this panel, Diego Lelis, Biotech Lead, and Rebeca Amaral, Social Innovation Lead, will present opportunities to turn ideas into innovative businesses, as well as updates on the Incubator’s upcoming calls for proposals.

Coppe’s schedule at RIW also includes participation in panel discussions on the technological challenges facing cities. On the first day of the event, at 5:30 p.m., Professor Suzana Kahn, director of Coppe, will participate in the panel “A City That Works: Innovation in Invisible Infrastructure,” which will discuss how technology, data, and innovation are transforming areas essential to the functioning of cities, such as urban conservation, drainage, preventive maintenance, and adaptation to extreme weather events. In addition, several startups based at the Coppe Business Incubator will be present, participating in panels and showcasing their services at Galpão do Armazém 5.

Check out the schedule of panel discussions featuring researchers from Coppe

August 4 – 2:30 p.m. – Armazém 4 – Stage 19 (E-GOV) – Panel: “The Future Is Here! The Application of AI in the Brazilian Navy”

Professor Roberto Schirru, from Coppe’s Nuclear Engineering Program, participates alongside Fábio Borges de Oliveira, director of LNCC; Mauricio Pires Malburg da Silveira, from the Brazilian Navy’s General Directorate for Nuclear and Technological Development; and Alfredo Martins Muradas, Science, Technology, and Innovation Advisor to the Brazilian Navy.

August 4 – 3:30 p.m. – Armazém 4 – Stage 20 (Transforming Rio de Janeiro) – Panel: “El Niño and its coordinated government responses”

Professor Tharcisio Fontainha, from Coppe’s Industrial Engineering Program (PEP), participates alongside Lieutenant Colonel Gil Correira Kempers Vieira of the Fire Department, who is also a researcher at PEP.

August 4 – 5:30 p.m. – Armazém 3 – Stage 15 (Urban Mobility and Smart Cities) – Panel: “A City That Works: Innovation in Invisible Infrastructure”

Professor Suzana Kahn, director of Coppe, will participate alongside Leonardo Junio, AI lead at Serta Simmons Bedding; and Diego Vaz, municipal secretary of Conservation and Public Services for the City of Rio.

August 5 – 4:30 p.m. – Armazém 3 – Stage 15 (Urban Mobility and Smart Cities) – Panel: “Smart Mobility in Action”

Professor Marina Baltar, from Coppe’s Transportation Engineering Program at Coppe, is participating alongside Luiz Carlos Matias, Urban Mobility Project Manager at Kapsch.

August 6 – 1 p.m. – Armazém 4 – Stage 18 (TIP ANP) – ANP NAVE Panel: Startups to Accelerate the Transformation of the Energy Sector

Bianca Peres, CEO of the startup CarbonAir Energy and a resident of the Coppe Business Incubator, participates alongside Daniel Maia Vieira, director of ANP; Lara Arinelli, Low Carbon Technologies Task Leader at Equinor; and Melissa Fernandez, Manager at IBP

August 6 – 2:45 p.m. – Armazém 5 – Stage 22 (Arena Rio) – Panel: “Is Your Technology Ready for the Real World? From Prototype to Market: Learn About the Living Lab”

Professor Miguel Elias Campista, from the Electrical Engineering Program at COPPE, participates alongside Mônica Valente, CEO of HRV4Life Healthcare and Performance; and Natali Emerick, Corporate Relations Manager at the UFRJ Technology Park.

August 6 – 4:30 p.m. – Armazém 4 – Stage 20 (Energy Hub) – Panel: “Carbon Capture and New Climate Technologies”

Bianca Peres, CEO of the startup CarbonAir Energy, which is based at the COPPE Business Incubator, participates alongside Fernanda Delgado, CEO of the Brazilian Green Hydrogen Industry Association (ABIHV); and Felipe Burman, CEO of GLR Tech

August 7 – 12:30 p.m. – Armazém 2 – Stage 8 (Blue Economy) – Panel: “Sanitation and River Water”

Caio Gonçalves da Silva, a partner and CTO at the startup Aquapower, which is based at the Coppe Business Incubator, participates alongside Lindália Junqueira, CEO of Ions & Hacking Rio, and Philipe Campello, director of Cedae

August 7 – 1:15 p.m. – Armazém 5 – Stage 22 (Arena Rio) – Panel: “The Future Is Nano, Management Is Ours: The Collaborative Revolution of the NanoSaúde Network”

Leandra Santos Baptista, UFRJ professor and scientific founder of the startup Gcell, and Isis Paes, CEO of the startup IK3D Genesis—both based at the Coppe Business Incubator—are participating alongside Noélly Alencar of Firjan and other representatives of the NanoSaúde Network: Jéssica Dornelas, CEO of NanoOnco3D; Gabriela Sena Souza, CEO of Radiorum; Isabelle Mazza Guimarães, CEO of Flower Nanotechnology; and Lia Coelho, head of innovation at the NanoSaúde Network

August 7 – 3:30 p.m. – Armazém 3 – Stage 15 (Urban Mobility and Smart Cities) – Panel: “Inclusive and Accessible Mobility”

Master’s student Viviane Helena Zampieri, from Coppe’s Transportation Engineering Program, participates alongside Rui Siqueira da Paiva e Silva, director at Macaé City Hall; and Renato Barandier, municipal secretary of Niterói City Hall.

August 7 – 5:45 p.m. – Armazém 5 – Stage 22 (Arena Rio) – Panel: “Maravalley on Stage: Featuring Resident Startups”

Delta Entech CEO Fabiola Maranhão participates alongside Renan Verli, co-founder of Vox Epower; Mariane Theobaldo, CEO of Predator Sports & Health; and Enylton Machado Coelho, chief technology officer at Eyllo.

Exhibition of startups based at the Coppe Business Incubator – Armazém 5 Counter:

August 4 – CarbonAir Energy

August 5 – GNOxi / AllpetSenior / Flowprint

August 6 – Citometrica Environmental Analyses I.S.

August 7 – Orion Sic

Coppe and Cedae: A Strategic Partnership for Water Security in Rio de Janeiro

José Ricardo Brito, Director of Sanitation and Major Operations at Cedae, during Coppe’s Academic and Cultural Week

Water security is one of the pillars of public health, sustainable development, and quality of life. In Rio de Janeiro, this challenge boosts a partnership between Coppe/UFRJ and the Rio de Janeiro State Water and Sewer Company (Cedae), which combines the university’s academic excellence with the expertise of the state-owned company responsible for producing the treated water that supplies more than 13 million people in 48 municipalities across Rio de Janeiro state.

The collaboration between the two institutions brings together scientific research and operational expertise to develop solutions aimed at preserving water sources, improving water quality, and strengthening water security in the state.

In 2025, this collaboration gained new momentum with the signing of a Memorandum of Understanding (MoU), which establishes a structured agenda for research, outreach, and innovation focused on water resource management and improving water quality.

From left to right, Daniel Barbosa Okumura (Cedae), and professors Marysilvia Costa and Glaydston Ribeiro / Photo by Luís Alvarenga.

Under the agreement, projects related to water resources management will be carried out by Coppe’s Civil Engineering Program, while initiatives aimed at improving water quality will be handled by the Chemical Engineering Program. Research areas include the development of advanced oxidative processes for the removal of pollutants from river water and the creation of techniques for the detection and quantification of emerging compounds present in rivers.

These projects bridge the gap between academic research and the needs of society, contributing to the improvement of water treatment systems, the preservation of water sources, and the strengthening of water security.

The partnership also extends to talent development and the promotion of science. In 2025, Cedae was the Gold Sponsor of Integra—Coppe’s Academic and Cultural Week—reinforcing its commitment to innovation, education, and scientific development. A highlight of the Week was the first edition of the Coppe Explains: Science and Technology Within Everyone’s Reach contest, which recognized undergraduate research students, master’s and doctoral students, and postdoctoral researchers for their ability to communicate the impact of their research to the public. The Week also featured the presentation of the Academic Merit Award, lectures, cultural and sports activities, and initiatives to foster integration within the academic community.

The importance of Cedae to Rio de Janeiro

Cedae was a gold sponsor of Integra, Coppe’s Academic and Cultural Week, and showcased its portfolio at a booth in the Espaço Coppe

Over the course of nearly five decades, Cedae has played a decisive role in expanding sanitation services in the state. Following the concession auctions held in 2021, the company has focused its operations on the production of treated water and the operation of the major water supply systems in the Metropolitan Region, establishing itself as one of the key players ensuring water security in Rio de Janeiro state.

This new configuration was accompanied by infrastructure investments, such as construction work on the Acari System in the Baixada Fluminense region, the implementation of the Novo Guandu project in Nova Iguaçu, and the modernization of water treatment plants (ETAs), quality control laboratories, and environmental monitoring systems for the water sources used for water intake.

By continuously investing in innovation, modernization, and sustainability, Cedae strengthens the state’s water infrastructure and expands its capacity to address challenges such as urban growth, climate change, and the preservation of natural resources.

The partnership between Coppe and Cedae demonstrates the potential of cooperation to accelerate the development of new technologies, transform scientific knowledge into solutions that serve the public interest, and train professionals prepared to tackle the challenges of sanitation and water resource management. This alliance contributes to the population’s quality of life, the protection of water sources, and the sustainable development of Rio de Janeiro.

Study Examines the Use of Banana Peels for Energy Production and Agricultural Inputs

Every year, Brazil produces about 80 million metric tons of solid waste, but only a small portion of that volume is recycled. Most of this material, which currently represents an environmental liability, can be transformed into a source of renewable energy and new value-added products.

It is precisely this potential that brings together researchers from Coppe/UFRJ and Brunel University London (England) in the South-East-North Network on Life Cycle Sustainability Assessment of Waste-to-Energy Technologies (SEN4WTE) project, an initiative dedicated to assessing the sustainability of technologies capable of converting waste into energy, known as waste-to-energy (WtE).

One of the studies focuses on an abundant and underutilized waste product: banana peels. It is estimated that more than 83,000 metric tons of this material are discarded annually in the state of Rio de Janeiro. Instead of simply being discarded, these peels can be converted, through pyrolysis, into biogas, bio-oil, and biochar—products with the potential to generate energy, fertilizers, and other inputs. The research demonstrates how waste reuse can drive the circular economy, reduce environmental impacts, and generate social and economic benefits.

The project is coordinated by Professor Amaro Pereira of the Energy Planning Program (PPE) at COPPE, in partnership with Professor Muhammad Shafique of Brunel University London. Researchers from the National Institute of Technology, Trichy (NITT) in India, the University of Engineering and Technology, Taxila (UET Taxila) in Pakistan, and the Jülich Research Center in Germany are also participating.

From agribusiness to energy production

The study is being conducted in partnership with Fumel, a candy manufacturer in Cachoeiras de Macacu (RJ), which generates about two metric tons of banana peels daily. “They were looking for an environmentally appropriate disposal way for this waste. From there, our students began studying the life cycle of banana peel pyrolysis, while Professor Henrique Pacheco, from the Chemical Engineering Program at COPPE, was responsible for characterizing the oil obtained through the process,” explains Amaro Pereira.

In addition to bio-oil, pyrolysis produces biogas that can be used for domestic purposes. “This biogas can replace the use of firewood for cooking—a practice that still persists in many regions of Brazil and is an example of energy poverty. It’s a technology that makes use of waste and, at the same time, can improve people’s quality of life,” the researcher highlights.

Another byproduct is biochar, which can be used both as activated carbon and as fertilizer. Tests conducted by researchers at the Mineral Technology Center (Cetem) have shown that the material has high agronomic potential.

“Brazil’s dependence on fertilizer imports became even more evident after the war between Russia and Ukraine. Producing fertilizer from agribusiness waste represents an important opportunity for the country. The challenge is to integrate these solutions into the production chain itself, thereby strengthening the circular economy,” says Amaro.

Assessing Environmental and Social Impacts

In addition to the technological aspects, the project aims to understand the environmental and social impacts of converting waste into energy.

To this end, the team uses Life Cycle Assessment (LCA) and Social Life Cycle Assessment (S-LCA) methodologies, which enable them to analyze everything from the technology’s environmental impacts to its effects on communities, job creation, the use of natural resources, and quality of life.

This approach broadens our understanding of the feasibility of waste-to-energy technologies and can help guide public policies aimed at expanding renewable energy sources and promoting a socially just energy transition.

By the end of the year, Coppe will host the international researchers involved in SEN4WTE for a workshop that will present the project’s results and discuss strategies for expanding the adoption of waste-to-energy technologies in Brazil.

Patented technology developed in partnership between BioBeads and Coppe is elected the best of the year in Brazil

Research conducted in partnership with a laboratory at Coppe/UFRJ—which was transformed into a patented technology and brought to market by BioBeads®, a technology-based startup incubated at the institution—won the 2026 Patent of the Year Award on July 27, presented by the Brazilian Intellectual Property Association (ABPI).

The innovative technology patented by UFRJ and BioBeads® promises to increase sun protection several times using the same chemical compounds found in conventional sunscreens, but with a formulation that is safer for users and the environment.

The award-winning technology involves the use of micro and nano biodegradable polymeric particles capable of enhancing sun protection. The particles may or may not contain encapsulated photoprotective active ingredients and help reduce exposure to harsh chemicals while preventing the release of microplastic waste into the environment.

According to Amon Costa, founding partner and head of marketing at BioBeads®, the company’s goal is to transform science into high-performance products with a lower environmental impact.

“Our mission is to create high-performance products that replace harmful fossil-based ingredients with biodegradable and biocompatible alternatives. While we mitigate the systemic absorption of chemical compounds that are harmful to the user’s health, we increase the stability of the photoprotective compounds, thereby enhancing their performance. As a result, we achieve full optimization of the chemical formula, putting the saying ‘less is more’ into practice.”

The trajectory of BioBeads® illustrates a path that Coppe seeks to encourage: research that begins in laboratories, generates knowledge, becomes intellectual property, and is transformed into technologies with the potential for application by society and industry.

The result of approximately two years of research, the technology was developed in collaboration with the Polymerization Engineering Laboratory (Engepol) of the Chemical Engineering Program (PEQ), under the coordination of Professor José Carlos Pinto. The knowledge generated during this period of collaboration was patented by BioBeads®, a startup based at Coppe’s Business Incubator, which is responsible for developing the solution and bringing it to market.

The technology’s development also highlights the career opportunities available to researchers. Part of the innovation stemmed from the master’s and doctoral research conducted by engineers Martina Pinto and Luciana Dutra at PEQ and in the Graduate Program in Chemical and Biochemical Process Engineering (EPQB) at the School of Chemistry. Today, both work as postdoctoral researchers and are also partners at BioBeads®, alongside Rafael Lima, a Ph.D. student at EPQB. The technical team also includes PEQ postdoctoral researcher Letícia Miranda, who is also an EPQB alumna. The four of them, along with Professor José Carlos Pinto, are the authors of the award-winning patent.

In addition to the winning patent—titled “Micro and Nano Biodegradable Polymeric Particles and Their Use”—BioBeads® already holds another granted patent and has six other technologies in the process of obtaining intellectual property protection, demonstrating the potential of the research conducted in partnership with Coppe to generate a continuous portfolio of innovation.

The award confirms that investments in research can lead to concrete solutions to societal challenges, strengthen the national innovation ecosystem, and create new opportunities for researchers to become entrepreneurs without abandoning the science that gave rise to their discoveries.

MagLev-Cobra may feature national technology in the magnets of its tracks

Coppe/UFRJ reaffirms its leadership in developing technological solutions for the challenges of sustainable mobility and industrial innovation with another advancement of MagLev-Cobra, a magnetic levitation train developed in partnership with the Polytechnic School (Poli). By October of this year, the automated version of MagLev, produced by the company Aerom, and with support from Faperj, should begin testing, transporting passengers on the experimental line at the UFRJ Technology Center.

According to Professor Richard Stephan, coordinator of the project and professor of the Electrical Engineering Program at Coppe and Poli, a funding proposal was submitted, in parallel, to Finep to carry out a Technical, Economic and Environmental Feasibility Study (EVTEA). The study aims to identify the location for the expansion of the vehicle’s route, according to the project schedule. The expansion could allow MagLev to reach UFRJ’s Science Park, which is one of the possibilities, traversing curves and inclines, which will expand the validation of the superconductivity technology employed in the system.

Richard Stephan explains that MagLev-Cobra’s support is obtained through superconductors installed on the underside of the vehicle and rails formed by rare-earth magnets. “It is precisely in this component that a new technological advancement could further strengthen national autonomy.

During the seventh edition of the Brazilian Rare Earth Congress (VII CBTR), held on July 2nd at UFRJ’s Technology Center, Richard presented MagLev-Cobra to students, researchers, entrepreneurs and investors from across the country and advocated for strengthening the national production of permanent magnets. After the event, dozens of participants visited the vehicle.

Ana Laura, between her supervisors, develops a a national recovering of the magnets

The professor highlighted the need to import a new shipment of magnets from China, now with more corrosion-resistant coatings, to replace the current ones, which had begun to show rust spots. At the same time, he pointed to a promising prospect: the development of a coating using Brazilian technology, the result of the doctoral research by Ana Laura Campista, from the Chemical and Biochemical Process Engineering Program (EPQB) at the School of Chemistry of UFRJ, under the guidance of professors Ladimir José de Carvalho and Simone Louise Brasil.

According to Ana Laura, metallic coatings used on magnets suffer wear and tear over time, especially when exposed to humidity and rain. The new imported magnets already use materials that offer greater corrosion resistance. However, the technology she is developing in her research has the potential to further enhance this protection, extending the lifespan of the magnets and reducing maintenance costs.

The interest generated by the project also attracted the attention of researchers from other institutions. Isadora Marcela de Campos, a doctoral candidate in Industrial Engineering at the Federal Technological University of Paraná (UTFPR), who participated in the congress, stated that she has been following research on rare-earth elements since her master’s degree and considers the strengthening of this production chain in Brazil to be strategic.

Isadora Marcela defends task force for the production of Brazilian magnets

“Brazil imports rare-earth magnets from China, so if we can produce, develop and use this material here, it will be extraordinary, since we have the technological capacity, skilled workforce and experts involved who want to implement this. Now, it’s a task force and we need investment and political will to continue the development and compete in the international market with products made here in Brazil,” argues Isadora.

In addition to representing a milestone for low-carbon urban mobility, MagLev-Cobra consolidates Coppe’s ability to transform scientific knowledge into innovation with the potential for economic and social impact. Research focused on the nationalization of strategic components demonstrates how the university contributes to reducing the country’s technological dependence and strengthening a high added value production chain.

Petrobras Inventor Award highlights technologies developed at Coppe

Coppe/UFRJ’s ability to transform research into innovation for industry has once again been recognized in one of the country’s leading innovation awards. At the 26th edition of the Petrobras Inventor Award, seven technologies developed at the institution were recognized, bringing together 34 professors, researchers, technicians and students. In addition, Coppe researchers participated in two other award-winning technologies in partnership with UFRJ units.

The result reinforces Coppe’s leading role in developing technological solutions for the energy sector and its role as a strategic partner of Petrobras in research, development and innovation (R&D&I) projects. The award-winning technologies cover fundamental areas to the competitiveness and sustainability of the industry, such as chemical processing, corrosion, advanced materials, offshore production, carbon capture, process monitoring and water quality.

Promoted by Petrobras, the Inventor Award recognizes technologies protected by patents developed by researchers from the company as well as partner institutions, valuing initiatives that contribute to technological advancement and the strengthening of innovation in the energy sector.

At Coppe, the award-winning technologies were developed by teams from the following programs: Metallurgical and Materials Engineering (PEMM), Chemical Engineering (PEQ), Civil Engineering (PEC), Ocean Engineering (Peno) and Nanotechnology Engineering. In total, the institution accounted for seven awarded technologies, while Coppe researchers were also part of the teams responsible for two other technologies developed in partnership with UFRJ units.

Coppe at the 2026 Petrobras Inventor Award

7 technologies awarded developed at Coppe
2 technologies awarded with the particiaption of Coppe researchers in partnership with other UFRJ units
34 researchers, professors, technicians and students awarded at Coppe
5 graduate programs were contemplated by the award

Awarded technologies and researchers

Check here the complete list of technologies contemplated and the researchers from Coppe as well as from other UFRJ units who participated in the projects

“Development of Predictive Models of Campaign Time for Natural Gas Steam Reforming Units”

Professor Fabio Souza Toniolo (PEQ)

Professor Argimiro Resende Secchi (PEQ)

Doctoral student Iago Santos Mesquita (PEQ)

Researcher Idia Gigante Nascimento (PEQ)

Technician Antônio José de Almeida (PEQ)

*Researchers who also worked on the project:

Researcher Maria Auxiliadora Scaramelo Baldanza (PEQ)

Researcher Mellyssa Soares de Souza (PEQ)

“Energy mapping and utilization potential in FPSOs”

Professor Joel Sena Sales Junior (Peno)

Professor Antonio Carlos Fernandes (Peno)

Professor Carlos Rodrigues Pereira Belchior (Peno and PEM)

Professor Daniel de Oliveira Costa (Peno)

Professor Luiz Antonio Vaz Pinto (Peno)

Professor Ulisses Admar Vicente Monteiro (Peno)

“Method and Experimental System for the Simulation of Stress Corrosion Processes”

Professor José Antonio da Cunha Ponciano Gomes (PEMM)

Researcher Eduardo Alencar de Souza (PEMM)

Researcher Érica Vidaurre Senatore (PEMM)

Researcher Karine Dantas de Araújo Freitas (PEMM)

Researcher Laisa Cristina Candido Maia (PEMM)

Researcher Matheus Porto Trindade (PEMM)

“Process for Synthesizing Corrosion Inhibitors in a High-Salinity Medium with CO₂ and the Obtained Product”

Professor Tatiana das Chagas Almeida (PEMM)

Researcher Rogaciano Maia Moreira (PEMM)

Researcher Jéssica Nogueira da Cunha (PEMM)

“System and Method of Acoustic Spectroscopy for Fluid Measurement”

Professor Ana Mehl (School of Chemistry)

Professor Rossana Mara da Silva Moreira Thiré (PEMM)

Researcher Thiago Gabrig Correia (PEMM)

“Digital Image-Based System for Assessing the Quality of Reinjection Water”

Professor Claudia Regina Elias Mansur (PEMM and IMA)

Undergraduate student Agnis Ferreira Policarpo (School of Chemistry)

Researcher Suzanny Paiva de Carvalho (IMA)

Student Bruno Duarte da Silva (UFRJ)

Researcher Carolina Rossini Simões (PEMM)

Undergraduate student Júlia Daltro Koppe (School of Chemistry)

Student Beatriz Cruz Bastos (School of Chemistry)

“Torpedo Pile for Fixed Points of Anchoring Systems and Method of Manufacturing and Assembling Torpedo Piles”

Professor Fernando Artur Brasil Danziger (PEC)

Doctoral student Arthur Veiga Silverio Pinheiro (PEC)

Undergraduate student Paulo Augusto da Silva Ramos (Polytechnic School)

Undergraduate student Jean Carlos dos Santos Pedrosa (Polytechnic School)

Researcher João Henrique Diniz Guimarães (PEC)

“Method for Constructing Operating Curves in Oil Wells Subject to Slugging, and Computer-Readable Storage Media”

Professor José Carlos Costa da Silva Pinto (PEQ)

Technician Deris Eduardo Spina (PEQ)

Researcher Giovani Gonçalves Gerevini (PEQ)

Researcher Nayher Andres Olavijo Vallejo (PEQ)

Doctoral student Marcelo Ferreira de Souza Alves (PEQ)

Researcher Tiago Silva Miranda Lemos (PEQ)

“Incorporation of bio-oil in the hydroprocessing of oils and fats”

Professor Pedro Nothaft Romano (PeNt, Institute of Chemistry and School of Chemistry)

Professor João Monnerat Araújo Ribeiro de Almeida (Institute of Chemistry)

Coppe students participate in summer camp in China

Students from Coppe’s Chemical Engineering and Nanotechnology Engineering Programs are participating in one of the main training and academic cooperation programs between Brazil and China in the area of energy transition. The Tsinghua-Envision China-Brazil International Summer Training Camp on Bioenergy 2026 brings together students and researchers for an immersion in technologies focused on decarbonization and sustainable development.

Promoted by Tsinghua University, one of the most prestigious higher education institutions in China, in partnership with Envision Energy, a global leader in energy transition solutions, the program seeks to train leaders with an international vision in topics such as biofuels, biomass conversion, green biomanufacturing, sustainable aviation fuel (SAF), green hydrogen and carbon capture, utilization and storage (CCUS).

Over four weeks, Coppe students, who conduct research at the Micro and Nanotechnologies Laboratory (Laminas) and the Catalysis Center (Nucat), will be participating in classes, seminars and technical visits in eight Chinese cities, including Guangzhou, Shanghai, Beijing, Ordos and Quzhou. The delegation is coordinated by Professor Tiago Balbino. In addition to Coppe, students from other Brazilian universities are participating in the summer camp, which ends on July 10th.

Magnetic levitation under discussion – Coppe receives delegation from Hunan

Liang Xiao e Liu Tianbao, ao lado do MagLev-Cobra, o trem de levitação magnética, desenvolvido pela Coppe — Liang Xiao and Liu Tianbao came from Hunan to learn about the use of superconductivity technology for magnetic levitation developed at Coppe

One of the most modern technologies under discussion for public transportation, magnetic levitation, was the topic of a visit by a delegation of representatives from institutions in Hunan province, in south-central China, to Coppe/UFRJ this Wednesday, June 24th. The delegation was led by Liang Xiao, executive director of the Hunan Rail Technology Application Research Center, and Liu Tianbao, president of the Hunan Maglev Group.

In Changsha, the provincial capital, the Hunan Rail Transit Holding Group has been operating a magnetic levitation (Maglev) train line for ten years, connecting Changsha South Railway Station to the Changsha International Airport.

The Chinese officials came to learn about the technology used in the MagLev-Cobra, the magnetic levitation train developed at Coppe. The Changsha Maglev uses electromagnetic suspension (EMS) technology, while the Coppe Maglev operates using superconductivity technology, which, among other advantages and particularities, allows for the construction of lighter structures.

The visit was led by Professor Richard Stephan, from the Electrical Engineering Program, coordinator of the project.

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Study Examines the Use of Banana Peels for Energy Production and Agricultural Inputs

From agribusiness to energy production

Assessing Environmental and Social Impacts

Patented technology developed in partnership between BioBeads and Coppe is elected the best of the year in Brazil

MagLev-Cobra may feature national technology in the magnets of its tracks

Petrobras Inventor Award highlights technologies developed at Coppe

Awarded technologies and researchers

Coppe students participate in summer camp in China

Magnetic levitation under discussion – Coppe receives delegation from Hunan

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