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Regular bioethanol bunkering begins at the Port of Santos

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New phase follows the pioneering operation carried out in July, through a partnership between Copersucar, CMA CGM, Bunker One, AGEO Terminais, Santos Brasil and the Santos Port Authority, and reinforces Brazil’s potential in the decarbonization of international shipping

SAO PAULO, Oct. 30, 2026 /PRNewswire/ — Copersucar, a global leader in the sugar and bioethanol sector; CMA CGM, a global player in sea, land, air and logistics solutions; Bunker One, a subsidiary of the Danish Bunker Holding group, a global leader in bunker trading; and the Santos Port Authority (APS) announce the start of regular bioethanol bunkering operations for vessels at the Port of Santos.

The first operation took place this week, in October 19, with the bunkering of CMA CGM IRON, a 13,000-TEU container ship equipped with the world’s first tri-fuel engine certified to operate on bioethanol: the Everllence-B&W G95ME-C10.5-LGIM.

The operation marks the transition from a pioneering experience to a regular bioethanol supply model, positioning the Port of Santos and Brazil as one of the leading low-carbon fuel bunkering hubs. By the end of this year, an additional multiple bunkering operations of CMA CGM vessels are planned with bioethanol supplied by Copersucar.

“Following the first operation carried out in July, we are now moving into a new phase, demonstrating that bioethanol can be incorporated into maritime operations safely, reliably and on a commercial scale. This initiative reinforces CMA CGM’s commitment to accelerating the adoption of lower-carbon solutions and supporting the development of new energy ecosystems for the maritime sector”, says Giovani Grassi, CEO of CMA CGM Brazil.

The bioethanol supplied by Copersucar comes from a consolidated and certified production chain. Sugarcane cultivation expands predominantly into degraded pastureland, while the RenovaBio program establishes strict sustainability and zero-deforestation criteria.

The market opportunity reinforces the potential of this initiative. Global demand for marine fuels exceeds 270 billion liters per year. Considering the energy equivalence between fuels, replacing just 10% of this consumption could represent an additional potential market of approximately 50 billion liters of bioethanol per year.

“This initiative marks a milestone for bioethanol and the maritime sector: it establishes the world’s first green corridor for marine bioethanol bunkering and opens up a new global end market for the fuel. Through this initiative, Copersucar is enabling the use of bioethanol in regular commercial operations, connecting Brazil’s production capacity and logistics infrastructure to international demand for decarbonization. This marks the beginning of a new growth frontier for the sector, with a renewable solution that already offers the availability, scale and competitiveness needed to advance in maritime transport”, says Tomás Manzano, president of Copersucar.

The bunkering operations involve the coordinated efforts of several partners, connecting the stages of fuel production, transportation, storage and bunkering. Bioethanol produced by mills associated with Copersucar is supplied and transported to the Port of Santos by Evolua Etanol, a company that is part of the Copersucar ecosystem, where it is stored by AGEO Terminais. This logistics infrastructure enables the biofuel to be made available for ship bunkering.

At the bunkering stage, which takes place at the Santos Brasil terminal, Bunker One has developed a pioneering protocol for Latin America following months of studies and specialized team training, taking into account the fuel’s low flash point.

For Antônio Carlos Sepúlveda, CEO of Santos Brasil, hosting this type of operation at Tecon Santos reinforces the company’s commitment to the sustainable development of logistics in Brazil. “We have been working hard to reduce the carbon footprint of our operations and those of our customers. Contributing to the energy transition in the maritime sector is also part of this agenda,” he says.

“Brazil has recognized the potential of bioethanol for decades. Now, we are bringing this experience to international shipping, combining Brazil’s production capacity with Bunker One’s expertise and global reach. By leading this initiative, the Port of Santos is positioning itself as a strategic destination for shipowners seeking to reduce their emissions, while other markets are still making progress on regulations for this type of bunkering,” says Flavio Ribeiro, CEO of Bunker One LatAm.

According to Anderson Pomini, president of the Santos Port Authority (APS), “APS and all the partners involved in this operation have made history in global shipping and international maritime trade, a sector responsible for more than 90% of the world’s trade transactions, by becoming pioneers in ship bunkering with bioethanol. This is a defining step toward a new era of sustainable development. We are very happy and proud to have achieved this milestone.”

The growth prospects for this market are also linked to the evolution of the global maritime fleet. According to Det Norske Veritas (DNV), 159 vessels are already operating with methanol-ready engines that can also use bioethanol, and more than 450 new vessels equipped with this technology are expected to be delivered by 2030, which should rapidly expand the potential market for bioethanol.

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SOURCE Copersucar

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GLOBAL VOTING FOR 7 WONDERS OF FUTURE CITIES OFFICIALLY SWITCHED ON

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DUBAI, UAE, Oct. 31, 2026 /PRNewswire/ — New Clark City, Philippines, hosts “switch-on” ceremony as New7Wonders opens worldwide public voting on www.7wondersfc.com to choose the urban developments shaping our future.

New7Wonders today officially launched global public voting for the 7 Wonders of Future Cities, in a landmark ceremony hosted in the Philippines on World Cities Day, marking the beginning of a year of worldwide participation, inviting people everywhere to vote for the cities and urban developments they believe best represent the future of urban life, which will culminate with the official declaration of the seven winning cities and developments on 31 October 2027. 

Hosted and organised by New Clark City, an Official Participant in the 7 Wonders of Future Cities campaign and one of the Philippines’ flagship urban development projects, the special switch-on ceremony brought together city leaders, media and invited guests to witness the activation of the global voting platform. 

Jean-Paul de la Fuente, Director of New7Wonders and Chairman of the 7 Wonders of Future Cities campaign, led the official switch-on. In a ceremonial moment, the campaign website at www.7wondersfc.com was transformed from its presentation format into the worldwide public voting platform, opening the opportunity for citizens across the globe to participate in selecting the urban visions that will define the cities of tomorrow. “Today, from the Philippines to the world, we have switched on more than a voting platform – we have switched on a global conversation about the future of our cities,” said de la Fuente. “For the next year, people everywhere have the opportunity to discover, engage with and champion the places they believe should become global symbols of urban progress.”

The 7 Wonders of Future Cities is a worldwide participation campaign from New7Wonders, the global authority behind the New 7 Wonders of the World and the New 7 Wonders of Nature, and is organised by Global Platform Limited, its Dubai, UAE-based worldwide licensing and commercial arm. Building on the extraordinary worldwide engagement of previous campaigns, which together have generated more than 600 million votes, the new initiative shifts the focus from celebrating humanity’s natural and historical wonders to recognising the places being created and transformed for humanity’s future. Participating cities and developments are brought together through three central themes: Environmental & Nature, Smart City and Human-Centric development. These reflect the conviction that successful future cities must balance ecological responsibility, technological progress and the needs and aspirations of the people who inhabit them.

View original content to download multimedia:https://www.prnewswire.co.uk/news-releases/global-voting-for-7-wonders-of-future-cities-officially-switched-on-302925559.html

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SCANOLOGY Introduces AirGO Pad for On-Site 3D Scanning, Inspection and Reporting

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HANGZHOU, China, Oct. 31, 2026 /PRNewswire/ — SCANOLOGY introduces AirGO Pad, an integrated mobile measurement platform that brings 3D scanning, inspection and reporting alongside the part being measured. Combining computing, industrial 3D inspection software and touchscreen operation, AirGO Pad works with compatible SCANOLOGY wireless 3D scanners to help operators complete the inspection workflow on-site without carrying a separate laptop.

When inspecting a large component, operators need to move around the part while keeping scan data and measurement controls accessible. Finding a suitable place for a laptop—and returning to it to check results or adjust settings—can interrupt that process, particularly where space is limited. AirGO Pad places the inspection interface on a portable tablet, allowing operators to view data and interact with the software beside the component.

Users can connect a compatible wireless 3D scanner and view 3D data in real time, monitoring scan coverage and quality as they work. They can then align data, perform measurements and inspect results on the same device. During scanning, operators can create comparison points, features and other inspection elements as needed. Preconfigured report templates complete the workflow, enabling standardized inspection reports to be generated directly on AirGO Pad.

The platform’s design supports these transitions between scanning, inspection and reporting. Its high-definition touchscreen keeps model details and measurement results within reach. Operators can use the tablet in handheld mode while moving around the part, then unfold the convertible stand to review results on a suitable surface. A neck strap provides additional support when carrying and operating the device.

“Making a measurement system mobile means considering more than how operators carry the 3D scanner. They also need access to their data and inspection tools beside the part. We developed AirGO Pad to bring these activities together, from reviewing scan data to producing the inspection report,” said a product manager at SCANOLOGY.

AirGO Pad supports SCANOLOGY’s third-generation handheld and wireless optical 3D scanning systems, standard CAD/3D formats and wireless PC synchronization for measurement, annotation and review.

For product details or to request a demonstration, visit AirGo Pad product page.

About SCANOLOGY

SCANOLOGY develops industrial 3D measurement solutions for manufacturing and engineering. Its products are used for 3D measurement, automated inspection, and quality control. They are trusted by more than 10,000 enterprises across over 70 countries and regions, serving industries such as aerospace, automotive, and heavy manufacturing.

SOURCE SCANOLOGY

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SKYWORTH Solar Announces Global Launch of Solavita as a Smart Microgrid Brand

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SHENZHEN, China, Oct. 31, 2026 /PRNewswire/ — SKYWORTH Solar has officially announced the global launch of Solavita, its dedicated brand for smart microgrid solutions. Positioned strategically as “A Smart Microgrid Expert for Diverse Energy Scenarios,” Solavita consolidates the company’s extensive solution portfolio and service infrastructure under a unified global identity, building upon its rapidly expanding international footprint.

Addressing Grid Flexibility and Long-Term System Value

The launch comes as electricity systems face growing demands for flexibility. The International Energy Agency’s 2026 mid-year electricity update highlights the importance of flexible resources and more efficient use of infrastructure as renewable generation expands. For customers, the priorities vary by market: managing electricity costs, using more locally generated solar power, or maintaining essential loads where grid supply is unreliable.

“As renewable energy becomes more distributed, the long-term performance of the whole system becomes increasingly important,” said Fan Ruiwu, Chairman of SKYWORTH Solar. “We see that performance as the foundation of our international energy business. With Solavita, we are bringing our capabilities together around a common approach to solution development and service, while working with local partners to adapt delivery to each market. Our focus is on the value these systems provide throughout their life.”

Solutions for Different Energy Needs

To address the dual challenges of grid volatility and operational cost, Solavita engineers its systems around a core architectural philosophy prioritizing grid-forming stability, intelligent automation, cross-generation efficiency, and multi-tier security. Translating these technical principles into practical applications, the brand introduces a comprehensive solution matrix tailored to specific market demands.

For residential users, the SolaHome suite utilizes an advanced Home Energy Management System (HEMS) to seamlessly coordinate rooftop solar, battery storage, and flexible domestic loads like heat pumps and EV chargers. In markets with dynamic electricity tariffs, such as Germany, HEMS automates energy dispatch to capitalize on low-price periods. This practical value is evidenced by a recent residential installation in Jesteburg, Germany, combines 18.9 kW of rooftop solar with 20.48 kWh of battery storage. Solavita reports nearly €50 in electricity-price arbitrage benefits during the first month of dynamic-tariff operation.

Expanding beyond the home, the portfolio scales up with SolaBiz, which integrates distributed solar, commercial storage, and smart dispatch to help factories and retail spaces manage peak-demand costs and safeguard against grid disruptions.

For larger utility and off-grid demands, SolaMatrix delivers scalable, containerized storage and microgrid management focused on stabilizing renewable integration in weak grid environments.

Finally, ensuring energy access in highly mobile contexts, SolaGo offers plug-and-play balcony solar and portable power systems for outdoor activities and critical emergency backup, completing Solavita’s end-to-end coverage of modern energy applications.

Global Engineering Foundation and Ecosystem Delivery

To guarantee the reliable implementation and long-term asset value of these diverse solutions, SKYWORTH Solar underpins Solavita with a robust global engineering foundation.

On the technology front, the Smart Microgrid Technology Centre connects cutting-edge research with product engineering, supported by academic collaborations with Tianjin University and Hainan University. This pipeline is further strengthened by a comprehensive Haikou test platform—scheduled for commissioning by the end of 2026—to rigorously validate grid-connected, islanded, and grid-forming systems.

The InfraCosmos Digital Platform supports lifecycle data management, operational monitoring and fault identification. It connects system information with service and maintenance, helping teams monitor performance and respond to operating issues.

Beyond hardware and software, this foundation extends to flexible supply chain execution and strategic project delivery. Solavita employs F+D+EPC+O (Financing, Development, Engineering, Procurement, Construction, and Operations) framework for large-scale, asset-light project coordination, alongside a localized PD2C cooperation model actively deployed in markets like Germany and Italy to ensure rapid, market-specific service.

These capabilities underpin Solavita’s positioning as a smart microgrid expert, connecting system development with local delivery and ongoing service. The aim is to make integrated energy systems practical to deploy and support in each market.

View original content to download multimedia:https://www.prnewswire.com/apac/news-releases/skyworth-solar-announces-global-launch-of-solavita-as-a-smart-microgrid-brand-302925531.html

SOURCE SKYWORTH Solar

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