The Economist Praises Renan Santos, and Ignores His Authoritarian Rhetoric

British magazine The Economist, regarded by many as a sort of bible of modern-day liberal thought, published a piece in which it shows itself to be extremely tolerant of an openly fascist candidate in the Brazilian election.

Renan Santos, praised by the magazine, advocates "dyeing the ground red with the blood of these scumbags" when discussing the fight against crime. One of the slogans of his political party, Missão, is "arrested, killed."

The magazine mistakenly portrays Santos as "outsider" with a "bold vision" and a "proposal full of new ideas" for the country — and that’s not to mention that this so-called "outsider" identified by The Economist has been involved in Brazilian politics for over a decade.

In fact, it is the opposite. Renan Santos is more of the same. From Paulo Maluf to him, the Brazilian right has championed a model based on police brutality and economic liberalism. There have been countless administrations like this, yet the country has made no progress. In many cases, things have actually gotten worse —as seen today with the administration of Bolsonarista Tarcísio de Freitas in the state of São Paulo, or that of fellow Bolsonarista Cláudio Castro in Rio de Janeiro (who was removed from office and is the target of multiple Federal Police investigations and operations over suspected corruption).

Renan Santos came from the Free Brazil Movement, the MBL. The magazine does not indicated that Santos and his movement have promoted ideas that clash with Brazil’s Constitution. In its Article 5, the Brazilian Constitution states that "Brazilian citizens are equal before the law".

Santos has said that if he wins, he plans to follow what dictator Nayib Bukele did in El Salvador. Critics classify this base-oriented, crude, and uncompromising style of violent populism as politics. They also link it to support for police abuse. In Brazil, this line shows up often on the right. It has appeared in the campaign talk of several contenders. Zema, Caiado, and Renan Santos all pointed to Bukele’s security approach.

But in a recent interview on Estúdio i, a major political show in Brazil, led by Andrea Sadi, contradictions came to light. The discussion also raised worries about how backing Bukele could hurt democracy in Brazil.

If these figures try to copy Bukele’s plan here, they would need to ignore the rule of law. That would weaken democratic life in Brazil.

Therefore, the British magazine piece is troubling for one main reason: a large share of the press has been handling Renan Santos as if he were a regular, mainstream political figure. He is not.

The core issue is simple. Giving him this kind of visibility helps someone linked to a cause that speaks openly about the unrestricted and illegal use of police violence as a political tool. He has also called for the police to kill even more people. That matters because Brazil’s police already have one of the worst records for deaths worldwide. When this is treated as normal content, it says a lot about how parts of the mainstream media work, and about the kind of “economic liberal” thinking they lean on.

What makes it worse is that this line of defense does not even deliver results. It does not bring safer streets. If higher police lethality meant less danger, Brazil would not be seeing the terrible numbers it has today. Instead, the country ranks among the top places where people fear violence in their daily lives.

For many in the liberal media, it looks like almost any form of rule can pass, even a  dictatorship, as long as it matches their preferred economic script.

TikTok, Alibaba Cloud and the Billion-Dollar Battle for Brazil’s Data Center Future

Alibaba Cloud said it has launched two data centers in Brazil. This is its first cloud region in South America. The move comes as tech firms rush to set up the systems needed for AI work and cloud services.

The company said the sites will serve customers inside Brazil. It plans to offer cloud and AI options for firms, new startups, developers, and public agencies. It also said users should see faster response times. It added that data can stay in Brazil and that it will support recovery if something fails. Alibaba Cloud also pointed to meeting local rules on security and data management.

Both sites are located in Sao Paulo state. With this launch, Alibaba Cloud is now in the same arena as Amazon Web Services and Microsoft in Brazil. Those rivals already run infrastructure there.

Alibaba Cloud described Brazil as a key step into Latin America. It said the country has a fast and active digital market. The firm also noted it runs 31 cloud regions and 106 availability zones across the world. It said it has put about $53 billion into expanding AI infrastructure. In Brazil, it said it wants to reach e-commerce firms, fintech companies, software developers, startups, and AI providers. It also said it will offer tools to build and run AI agents. It plans to provide access to open-source Qwen models.

The deal may help Brazil’s digital base, but there are still many doubts about whether these expectations will become reality. It can make high end computing easier to reach. It may also open doors for tech firms to team up and hire more skilled workers. If data is handled inside the country, companies and government agencies may find it easier to follow rules. It can also cut down on the lag that happens when data has to be shipped overseas.

Still, this kind of growth needs a lot from basic services. Electricity use will rise. Water will be needed in greater amounts. Land must be found and set aside. One of the clearest cases is a planned site at the Pecem Industrial and Port Complex in Ceará in the northeast. There, data is meant to be run for ByteDance, which owns TikTok. The operator is Omnia, a data center firm. Experts believe that the build could reach around 300 megawatts of power.

The write up says the first stage would cost about 50 billion reais, or $9 billion. It also points to a larger ramp up that could lift the total to roughly 200 billion reais. For the hardware, the plan calls for around 40 billion reais to be spent on servers, graphics processing units, and memory gear. Pecem’s status as an export processing zone is cited as a reason to accommodate the data center due to for the tax advantages of the region.

Pecem sits near Fortaleza. From there, the region links into over 16 submarine cable routes that carry a lot of the world’s internet traffic. This matters for a site that is meant to handle data for TikTok users far beyond Brazil. On top of that, the tax benefits lower the price of bringing in hardware that Brazil does not make in large quantities.

This plan also shows how money and roles are split in the sector. TikTok is to supply the costly computing equipment. Omnia is to build the site and run it. That includes the buildings, the power substations, and the cooling setup. Omnia is owned by Patria Investimentos, a Brazilian private-equity firm.

Casa dos Ventos, a renewable energy company, has agreed to put about 4 billion reais into new wind farms. The goal is to offset the electricity use of the data center over a long period. The deal runs for 20 years.

Even so, the site will not use only power from those wind farms. Instead, the clean power goes into Brazil’s main power grid. The data center then takes electricity from that same network. Some people view Ceará as promising for heavy digital projects because of its renewable energy supply. Still, researchers and officials note that growth needs planning that can be checked and verified, not vague promises.

People argue a lot about water use. Data centers make a lot of heat. They also need steady cooling.

Omnia says it will run a closed cooling loop. It claims water use would stay under 30,000 liters each day. But a study ordered by Brazilian prosecutors puts the figure near 88,000 liters daily.

Other paperwork from the licensing process points to lower numbers. One set of documents lists an expected use of 19,700 liters per day. Another says the project could draw up to 144,000 liters from wells.

These gaps show why outside checks matter, especially as projects grow. Closed cooling can cut water loss. Still, the losses linked to cooling are hard to judge alone. They sit inside a wider set of effects, like building work, power output, and the renewable plants needed for new demand.

Data center proponents believe that Ceará can take in at least six big, power-hungry data centers by 2035. It gives a projected load of 2.7 gigawatts. In that same account, this would match about 7.1 million homes, based on a household reference.

Some researchers say the rise in electricity demand needs close review, even where renewable power is already high. Clean generation can lower day to day pollution. Still, it does not erase the costs of planning and building wind and solar sites. It also does not remove the impacts linked to power lines and major industrial projects.

People abroad have made parallel complaints. In places such as Mexico and the Netherlands, residents have pointed to how data centers use water and electricity. They also mention land use and cooling systems that can produce steady noise.

Miguel Nicolelis Criticizes Data Centers and Their Growing Energy Demand

AI builders and data-center owners are getting pushback. Some cientists like Miguel Nicolelis argue that the money promised by the industry is not matching what it costs society. Nicolelis point to both the planet side and the local community side.

His main concern is the scale of spending. Big tech firms are putting large sums into data centers, chips, and supporting gear. For him, the numbers don't add up, as the cost of building the data centers could exceed the profit they will generate over the coming decades — not to mention the environmental cost they entail.

Therefore, is more criticism about day to day effects. Data centers use a lot of power. They also draw on clean water. On top of that, there can be noise and other impacts nearby. Servers must be kept cool. The buildings run all the time, 24/7.

Nicolelis also question what host nations were told they would gain. He mentions faster internet, and also mention technology sharing and jobs. But, for him those outcomes may be too hopeful.

Chile was used as a case. Nicolelis claimed that the investments and the new data centers did not bring the promised results for internet service quality. He also said it did not lead to the expected technology transfer or job growth. According to Nicolelis, once a site starts running, it may need far fewer full time staff than were hired during construction. Those statements were shared as personal views in the report. No cited research was given to back them up.

The discussion matters a lot for Brazil. Big tech firms there are looking at new data centers or building them now. Some critics say these projects could get tax breaks. They also warn that more power would be needed. That demand could strain electricity grids and strain local water. Communities nearby could feel the added load.

People also worry about noise. There may be worse impacts for local habitats too. Still, how bad it gets seems to differ from one site to another. It depends on the exact project.

There was also a claim about how chip companies report results. According to Nicolelis, firms may treat expected orders as if they were already earned. They may also count shipments that were not paid yet as profit. If that is true, it would need a close look at each firm’s reports. It would also need careful review of what each company says in its disclosures. The source text did not show proof or supporting documents.

Investors selling or cutting back in tech stocks was listed as another sign of worry. That is why it is important to keep an eye out for this type of movement in the financial markets.

The money and the climate arguments often track each other. Many investors expect a fast rise in the need for more computing power. If growth does not land where people think it will, then firms and the governments that host them may get stuck with costly sites, high power use, and cleanup issues that never fully get solved.

For nations trying to draw in digital projects, the main test is whether the spending leads to real public gains. This means tax breaks that are easy to see and understand. It also means estimates for power and water use that a third party can verify. There should be firm promises on jobs too, plus an oversight plan for environmental risks that actually gets enforced.

So Brazil is stuck with a real balance to manage. Data centers may bring large sums in investment measured in billions of reais. They could also strengthen Brazil’s place in the digital market. They may help push AI work forward. They will likely add to the need for renewable electricity. But their size could also strain grid systems and stress local water supplies. This may be most serious in areas where communities do not share in the gains at the same pace.

Brazil’s Rare-Earth Boom Draws China and U.S. Interest as Processing Gap Persists

Brazil’s rare-earth push is drawing attention from firms based in the United States and China. That is putting a spotlight on a problem Brazil has had for years. The country has struggled to move from owning minerals to making those minerals into local processing, tech, and products.

A new proposal is at the center of the latest news. China’s Gulf Resources, which is listed on Nasdaq and is known for bromine and crude salt, would team up with Brazil’s Montes Verdes Participações. The plan is to form a joint venture. Montes Verdes would bring its mineral assets in Brazil and its exploration rights. Gulf Resources would bring its know-how.

What the venture would target was described in broad terms. It is said to include gold, manganese, lithium, bromine, and rare-earth minerals. Still, key details were not shared. The companies did not publish the deal price. They also did not say how ownership would be split, or what the financial terms would be. Montes Verdes is not yet a mining operator. It is in the exploration stage. Gulf Resources has also been linked mainly to the Chinese market. For those reasons, the plan looks more like a first step to diversify than a plan to run a working mine right away.

This could matter for another reason. Chinese firms do not often say out loud that they want to explore rare earths in Brazil. China leads much of the rare-earth supply chain, especially refining and making permanent magnets. Most other firms that have been involved in Brazil’s rare-earth space have tended to be from Australia, Canada, or the United States.

Even so, the path ahead is not clear. Having exploration rights does not mean there are proven reserves. To reach production, a project would need more work. It would require mapping the area, prospecting, feasibility checks, and environmental approvals. It would also need roads, power, and other infrastructure. On top of that, the deposits would have to show that mining would pay off. Even if everything goes well on timing, the jump from early exploration to actual output takes time and depends on many steps.

U.S. bid for Serra Verde

In Goiás, the deal is drawing attention because the risks feel more concrete. USA Rare Earth will buy the Serra Verde Group for about $2.8 billion. The offer will be paid in cash and shares. It still depends on approval from shareholders and regulators.

Serra Verde works on the Pela Ema project in Minaçu. This site sits on a big ionic-clay deposit. Production started in 2024. That came after more than $1.1 billion was put into the project.

A U.S. Department of War announcement in August said a further $750 million investment would support an offtake agreement for mixed rare-earth carbonates from Pela Ema. The department said the amount forms part of a broader $1.55 billion financing structure, which also includes a $300 million purchase commitment from the Defense Logistics Agency and a $500 million commitment from a major bank.

USA Rare Earth expects Serra Verde’s first phase to reach nameplate capacity by the end of 2027, producing about 6,400 metric tons of total rare-earth oxide equivalent annually. The company projects annualized EBITDA of $550 million to $650 million at that stage, based on sales of separated oxides.

The transaction would give a U.S. company control of one of the few non-Asian operations producing all four magnetic rare earths at scale. It would also support a mine-to-magnet supply chain outside Asia, an objective shared by Washington and other governments seeking to reduce dependence on China.

Why rare earths matter

Rare earths include 17 elements. This set is made up of 15 lanthanides plus scandium and yttrium.

People sometimes call them “rare,” but that name is a bit misleading. In the rock record, some of them show up fairly often in the Earth’s crust. Still, the kind of deposits that make money are not common. The elements are spread out, not locked away as pure materials. Also, many of them share close chemical traits, so separating them is hard work. It takes special methods and costs more than you might expect.

The International Energy Agency reports that permanent magnets make up roughly 95% of rare-earth use by value. It also notes that demand for the four magnet-linked elements, neodymium, praseodymium, dysprosium, and terbium, has climbed to about double what it was in 2015. Under today’s policy settings, that demand may rise by another 30% by 2030. The report points to electric cars, wind generation, automation, robotics, and digital systems as key drivers.

In 2024, the same agency says China produced around 60% of the world’s mined magnet rare earths. It also produced about 91% of refined output. For sintered permanent magnets, China held about 94% of production.

The supply route covers more than the mine. It starts with extraction and concentration. After that comes chemical treatment, then separation into individual oxides. The chain continues with metal refining, then alloying, and finally magnet making. Some of the hardest technical steps, and the parts that add the most value, are often located away from the mine site.

Brazil’s opportunity and policy gap

Brazil is often said to have the world’s second-biggest rare earth reserves after China. Still, published figures differ. Reasons include how the term is defined, how much is known about the geology, and updates to government data. Part of the country has not been mapped in full. Some deposits, such as ionic clays, may also be easier to extract than others.

Even with this geology, Brazil has not built a full home-based value chain. The country is strong in mineral supply. It is weaker in other steps, like separating the elements, refining them, making alloys, and producing permanent magnets. If Brazil ships mixed concentrates or raw material, it would keep less know-how. It would also take a smaller cut of the profit that comes from later industries.

Because of the proposed purchase of Serra Verde, people in Brasília have been arguing about the rules. The question is whether those rules let the federal government review foreign control of key mineral assets. In the deal as described, a U.S. firm would buy the operator of the mine. It would not buy the mineral resources themselves. Brazil’s Constitution says mineral resources in the ground belong to the Union. Mining firms work under licenses, concessions, and legal duties to regulators.

Brazil’s Chamber of Deputies said yes in May to a plan for a national framework covering critical minerals and rare earths. The bill still needs approval from the Senate.

If passed, the plan would set up a council. That council would pick which minerals count as critical or strategic. It would also look at some mergers and certain contracts. In addition, it would help new efforts move forward using a credit guarantee fund.

The proposal also includes tax credits worth about 5 billion reais. Those credits would target processing and transformation inside Brazil. It would also speed up environmental licensing.

Supporters say the goal is to pull in private investment. They also want to lower the chance that projects fail due to big upfront costs, hard permitting steps, and price swings.

Still, some critics do not trust a market-only route. They argue that tax breaks alone may not be enough. They point to the United States, China, and India. Those countries can offer far more public money to lock in supply chains. They can also fund new processing work in their own countries.

Brazil may not have to bar foreign firms. But it likely needs clearer rules for key sectors. Such rules could cover work done locally, research ties, training programs for workers, and sharing technology. Another path could be a state-backed mining or industrial company. It could team up with foreign players and still keep a Brazilian share in the value chain.

Brazil’s key issue is this: will it keep exporting mostly raw goods, or will it use its reserves to build plants and research, along with stronger processing and manufacturing?  

For a place with real rare-earth potential, but not much in the way of midstream infrastructure, the gap matters. Getting ore out is not the same as making magnets. That step could shape whether outside interest turns into a local industrial push, or if it stays just another round of selling raw materials.

Brazil unemployment rate hits record low of 5.3% in three months through July

Brazil’s jobless rate dropped to a new low of 5.3% over the three months ending in July. At the same time, the count of people in work reached a fresh high, according to data released on today, 27 of August.

IBGE also noted that 5.3% is the smallest rate seen for a three-month span ending in July since its records started in 2012. Earnings, meanwhile, stayed steady.

Private jobs with formal ties rose to a record 39.4 million. Private jobs without formal ties came to 13.8 million. With both groups added together, private-sector employment reached 53.2 million. Domestic workers totaled 5.4 million. The informality rate was 37.5%, or 38.8 million people.

The labor force, meaning employed plus unemployed people, reached 109.2 million. Average real usual pay from all jobs was estimated at 3,762 reais, or $724. Total labor income climbed to 383.5 billion reais, also a record. As written above, pay levels were fairly steady across most sectors versus the prior three-month period.

PNAD Contínua is Brazil’s main labor market survey. It is done in homes across the country. It gives quarterly figures on jobs, unemployment, and income. It also covers yearly details such as unpaid domestic work, caregiving, and technology use.

Brazil’s AI Election Test: ChatGPT, Grok and Google’s AI Rank Presidential Candidates Despite Electoral Court Rules Banning It

ChatGPT, Grok, and Google’s AI search tool illegally recommended, according to Brazilian electoral law, candidates for Brazil’s 2026 presidential vote. It also gave numeric scores for each person’s policy plan. JOTA, a Brazilian news outlet, said this may break a guideline that stops AI systems from backing or promoting specific candidates.

The checks were done on Aug. 18 and Aug. 19. Each model got the same prompts on both days. The prompt asked the systems to judge proposals from five top figures. It covered public safety, health care, schools, and the economy. It also asked for a final overall view.

Results differed by tool. With a review that leaned on the policy texts, ChatGPT ranked Ronaldo Caiado of PSD first. It put President Luiz Inacio Lula da Silva next, then Romeu Zema, then Flavio Bolsonaro, and last was Renan Santos.

Google’s AI Mode came out with a different order. It listed Zema first, then Caiado, then Flavio Bolsonaro, then Lula, and ended with Santos.

Grok also used a full list. It placed Caiado first, Flavio Bolsonaro second, Zema third, Santos fourth, and Lula fifth.

ChatGPT gave Caiado the top score on the economic plans. Zema came next. Then Santos. After that, Lula and Flavio Bolsonaro.

The Superior Electoral Court in Brazil, the TSE, passed Resolution 23.755/2026. Under this rule, AI tools cannot “rank, recommend, suggest or prioritize” candidates, parties, or coalitions. The same limits also cover any direct or indirect electoral preference. The systems are not allowed to push voters toward specific choices.

Legal experts told JOTA that the chatbots answers broke the rule. Rogério Mehanna said this is a serious issue. He pointed out that many users see AI as neutral and fair. Because of that, people may treat the output as reliable. Guilherme Barcelos, a constitutional law specialist, said the AI cannot sort candidates or give them point values.

Google said it could not recreate JOTA’s findings. Google said its products are meant to stay neutral. It also said its AI features in search still produce answers that reflect the user’s question and what is available on the open web.

OpenAI said ChatGPT was trained to not steer people toward any candidate. It also said it will not comply with requests that ask users who they should vote for. In a statement, OpenAI said it is still improving its systems. It added that it will work in a practical way with election groups worldwide. The company said it keeps a close back and forth with the TSE. It said this is to help protect Brazil’s democratic process.

The report said Grok’s parent company, X, did not reply to JOTA’s request for comment before publication.

JOTA also quoted experts who said this did not prove a hidden political plan. Filipe Medon, a law professor at Fundação Getulio Vargas in Rio de Janeiro, said the safer guess was that the protections meant to stop disallowed answers did not work as intended. He said platforms have to block direct votes advice and also plan for the many ways people will try to get around the rules.

A different report from the corporate accountability group Ekō said several AI chat tools gave wrong election details. It also said the systems gave advice about voting, either on purpose or by implication. The researchers looked at 300 replies. Those answers came from Meta AI, ChatGPT, Grok, and Gemini. They were tested using 25 questions. The questions were asked through three fake Brazilian voter types. The testing ran from June 24 to July 1.

Meta AI showed the worst results. In its 75 replies, 24% were judged partly or fully wrong. ChatGPT and Grok both had a 12% error rate. Gemini was lower, at 8%. The report said that this clashed with a TSE rule.

TikTok Fined $27 Million in Brazil Over Child Data Privacy Violations

Brazil’s data protection regulator has ordered ByteDance, the China based company behind TikTok, to pay 153.7 million reais, about $27 million, over rules tied to the handling of children’s and teens’ personal data.

The decision comes days after the ANPD banned Discord from live streaming, following the regulator's determination that there were risks to Brazilian children — including dangers such as incitement to self-harm and even suicide.

The National Data Protection Authority, ANPD, said ByteDance broke Brazil’s General Data Protection Law, known as the LGPD. It pointed to two user paths inside TikTok. One is the logged out feed, which shows content without making an account. The other is the experience for people who have already registered.

According to the ANPD, in each situation TikTok collected or used personal data from minors without a sufficient legal reason. The regulator also said the company did not put in place steps that could stop that kind of processing in a real way.

The ANPD listed five separate breaches. These included using minors’ data with no proper legal basis, not doing enough to reduce the chances that minors would access or sign up on the app, and not being able to prove that its privacy steps actually worked.

The regulator also told ByteDance to remove the data it gathered in the wrong way. ByteDance may contest the fine before the ANPD board. It has 10 business days from when it gets the notice to file.

In addition to the payment, ByteDance agreed to roll out a compliance plan. The goal is to improve how TikTok protects kids and teens.

The plan says that accounts for people under 16 will be set to the tightest privacy options right away. Those settings cannot be changed unless a parent gives approval. TikTok will also add stronger controls for parents and apply tighter content checks.

If someone uses TikTok in Brazil without creating an account, ByteDance will pause ads for that group. It will also keep the service limited to material meant for all ages. The company will collect and handle less personal data.

When you are signed out, the time window is capped at 12 hours. During that period, you cannot post new content. You also cannot leave comments, send private messages, or follow other users. You cannot be followed either. Live streams will not be available to you. Content suggestions will be reduced too.

In the signed out mode, the firm will collect only the data it says it needs. It will cite content matching, fraud checks, and how the app runs.

In a separate decision, the ANPD board approved ByteDance’s compliance plan on appeal. The board also required ByteDance to meet age checks set out under Brazil’s Digital Child and Adolescent Statute.

Rules are tightening in Brazil and other places as agencies look harder at how social media sites treat kids’ private information and safety online.

People have also raised concerns about TikTok as more teens and young adults use it. They point to how the app gathers data, how it runs ads tied to user behavior, and how its feed chooses content based on each person.

Brazil’s ANPD said the steps it agreed on with ByteDance are meant to lower the earlier risks it noted. It said this includes stopping ads and turning off live video and direct messages for anyone using TikTok without making an account.

Brazil’s Equatorial Margin: New Oil Frontier Could Boost Reserves and Transform Amapá

Brazil’s recent oil discovery out by the coast of Amapá has already made people hope that the country’s Equatorial Margin might help refill the declining reserves of the country, sure bolster energy security and, in a longer view, do something real for one of Brazil’s poorest states, even if actual commercial output is still years away, maybe more.

This find is the first clear sign of hydrocarbons in a zone the government and Petrobras both treat as one of Brazil’s brightest new oil frontiers. The Equatorial Margin runs along Brazil’s northern shoreline and, according to the government, it could hold reserves up to 16 billion barrels. Petrobras has even called the area a kind of “new Amazon pre-salt” which sounds dramatic, but that’s what they said.

Still, the discovery doesn’t automatically mean that there are commercially workable oil reserves that have been confirmed. Petrobras needs to figure out the size and quality of the deposits, and then, assess if extraction would be economically feasible. As economist Eric Gil Dantas from the Instituto Brasileiro de Estudos Políticos e Sociais noted, that part comes next.

The potential development comes as Brazil, sort of quietly gets ready for a decline in existing oil reserves during the 2030s. The pre-salt fields now make up roughly 80% of Brazil’s oil output, so finding new reserves becomes more and more crucial for the state-run oil company.

Brazil is already self sufficient in crude oil, meaning it produces more than it uses, however it still relies on imports of refined products. Diesel is kind of the weak spot here, because imports account for about 25% of domestic consumption, according to Dantas. New oil output from the Equatorial Margin could help keep Brazil’s crude oil self-sufficiency intact, but at the same time investment into refining would be needed in order to cut dependence on imported fuels.

The discovery could also create a noticeable economic ripple effect in Amapá. If the reserves prove commercially viable and production actually starts in the coming years, the state might receive royalties and special participation payments that are like the ones major oil-producing regions collect, such as Rio de Janeiro, São Paulo and Espírito Santo.

The National Confederation of Industry (CNI) estimates that moving forward with the Equatorial Margin could boost Amapá’s gross domestic product and bring around 54,000 direct plus indirect jobs. 

Meanwhile Amapá’s government is trying to pull in companies to set up an oil and gas supply chain in the state, using tax incentives, and also pushing investments in infrastructure logistics and workforce training. The state government says oil revenues could support education, healthcare infrastructure, environmental protection and even research.  

On the federal side and at the state level people are already preparing for that possibility. The Ministry of Regional Integration and Development together with Petrobras signed a partnership focused on workforce training, strengthening local supply chains and creating development initiatives across areas like bioeconomy and biodiversity.

Even so, the idea that new oil wealth might show up is still growing in a state that, well, has a pretty solid environmental profile. In fact, more than 70% of Amapá’s territory is protected, and the state even logged a net negative carbon balance in 2023, based on the Climate Observatory’s SEEG system.

For Petrobras, these potential reserves can matter to investors long before a single barrel is produced. Oil projects usual ly demand years of investment before any revenue shows up, and the expectations around future output can end up shaping how the market values oil companies, as Dantas put it.

Commercial production in this kind of new frontier could take six to eight years, maybe more, so the Equatorial Margin probably won’t translate into a quick lift for Brazil’s oil supply. Still, if the deposits end up being commercially workable, the area could turn into a meaningful supply of crude for Brazil over the coming decades while, at the same time, giving Amapá another stream of economic activity and public income.

Today, the state of Amapá still sits among the places with the highest unemployment rates in Brazil. In the labor market, things moved a bit between the first and second quarters of 2026, and the unemployment rate dropped around 0.2 percentage point. Even with that small progress, Amapá kept the top spot, it actually had the country’s highest unemployment rate, reaching 9.8% of its labor force.

Brazil Uses Biomethane Trucks to Move Sugar to Santos Port

Brazilian sugar producer Bioenergética Aroeira S. A. and its logistics partners have started a low carbon route to move sugar from Minas Gerais toward the Port of Santos, using trucks fuelled by biomethane made from sugarcane industry waste, before the cargo gets shifted to rail.

This pilot is a bit of a mix between Aroeira, Gasgrid, ZEG Biogás, Aguetoni Transportes and VLI Logística. The biomethane powered trucks take the sugar to VLI’s Uberaba Intermodal Terminal, and from there the load travels along the Centro-Atlântica rail line to Santos for export, more or less straight.

In the initial phase they expect the movement to reach around 12,000 tonnes of sugar each month, with the figures possibly climbing later this year. The partners are also looking at something near 200,000 tonnes carried in 2027.

The biomethane is being made by processing industrial sugarcane leftovers, through biodigestion and then purification, at a plant that was built by Aroeira and Gasgrid/ZEG Biogás. The setup is meant to turn a sugar and ethanol industry side-product into fuel for the very first stretch of the commodity’s export travel.  

VLI said that rail transport can emit up to 75% less carbon dioxide per tonne moved than trucks that use fossil fuels, but the company didn’t share any estimate that was specific to the project. Still, the mix of renewable-gas trucking and rail haulage is supposed to lower the carbon intensity of one of Brazil’s big agricultural export routes.  

This project also joins a broader momentum within Brazil’s sugar and bioenergy sector to use biomethane as a substitute for diesel in heavy transport. Firms have pointed to the fuel’s potential, for cutting emissions, diversifying energy supply and extracting more value from organic waste. But wider use will hinge on investing in production units, distribution channels and refuelling infrastructure.

Brazil’s biogas association ABiogás said the sector could pull in around 216 billion reais in private capital by 2035, provided the country expands renewable-gas production and use. The group also forecast 57 billion reais in added annual revenue, more than 251,000 jobs , and over 40,000 biomethane-powered trucks, but noted that these targets rely on fresh infrastructure, regulatory measures and consistent fuel demand.  

Biomethane is starting to look like a realistic diesel alternative for Brazil’s heavy-duty transport, where battery range, charging time, and the whole infrastructure picture are still kind of limiting electrification. Made from agricultural and sugarcane waste, the renewable gas could cut logistics emissions, and also ease off diesel dependence. Still, wider uptake will likely need new production plants, refuelling networks, plus regulatory backing, because otherwise it is hard to scale.

Why Biomethane matters in Brazil

Biomethane is starting to look like an alternative fuel for Brazil’s heavy transport sector, kinda because it can be made from agricultural leftovers plus industrial waste, so it’s not just theory. This fuel is especially relevant to Brazil’s sugar and ethanol industry, since that sector produces huge amounts of organic residues which otherwise can turn into a problem.

Pix: How Brazil’s Instant Payment System Works and Why It Matters

Pix is Brazil’s national instant-payment system. Launched in November 2020 and developed under the direction of the Central Bank of Brazil, it enables electronic transfers and payments at any time of day, including on weekends and public holidays. Pix is used by individuals, businesses, government bodies, and financial institutions, and it has become a central element of Brazil’s retail-payment infrastructure. [1]

In recent months, Pix has been the subject of various controversies in the Brazilian and international political spheres, to the point where the Donald Trump administration opposed the tool. According to the Brazilian president, Luiz Inácio Lula da Silva, Bolsonarism and part of Brazil’s far right “want to hand Pix over to foreign interests. They will not succeed. Pix is an achievement of Brazil, and we will not give it up.” This is all because the U.S. government, partly influenced by Brazil's far right (read: Eduardo Bolsonaro and Paulo Figueiredo), publicly complained about Brazil’s Pix. The U.S. says that Brazil restricts the export of personal data (which is natural, since it is a country protecting its citizens’ data) and that Pix would “harm” American companies. But Visa itself has just undermined that narrative: the company said its operations in Brazil doubled with Pix. In other words, Brazil’s system did not drive foreign companies out. It expanded the market, reduced costs, and made people’s lives easier. However, the debit function of cards from major networks — primarily Visa and Mastercard — saw virtually no further growth further in Brazil in 2025 because part of that service ended up being covered by Pix.

Origins and Development

Pix emerged from discussions within Brazil’s financial authorities about the development of an interoperable instant-payment system. In 2016 the Central Bank of Brazil began examining international models for real-time payments and concluded that market-led arrangements alone were unlikely to produce a nationwide system with broad access, common standards, and low transaction costs. A working group involving public officials, financial-sector representatives, specialists, and civil-society participants was established in 2018. Technical development followed in 2019, and the system entered operation on November 16, 2020.

The system was created against a wider international movement toward real-time retail payments. Its design drew on the experience of payment systems in several countries, while adapting to Brazil’s banking structure, widespread mobile-phone use, and need for greater financial inclusion.

Operation and Governance

Pix transfers are settled through the Instant Payment System (*Sistema de Pagamentos Instantâneos*, or SPI), an infrastructure operated by the Central Bank of Brazil. Users may initiate payments through a participating bank or payment institution, usually by entering account information, scanning a QR code, or using a Pix key. A Pix key is an identifier, such as a mobile-phone number, e-mail address, taxpayer number, or randomly generated code, that is linked to a recipient’s account.

The Central Bank acts both as operator of the core infrastructure and as rule setter for the system. This dual role, together with compulsory participation by large banks at the outset, helped establish interoperability and accelerate the network effects needed for broad adoption. The Bank for International Settlements has identified these institutional features as central to Pix’s early success. [1]

For individuals, standard Pix transactions are generally free of charge. Merchants and businesses may face fees set by their financial institutions, although these have typically been lower than the costs associated with some card-payment arrangements. Transactions are completed in seconds, in contrast to older bank-transfer methods that could take hours or days to settle.

Adoption and Impact

Pix was adopted rapidly after its introduction. Within slightly more than a year of its launch, it had been used by 67% of Brazil’s adult population, according to a 2022 analysis by the Bank for International Settlements. [1] Its growth has been associated with the convenience of round-the-clock transfers, the prevalence of smartphones, and the ability to make small payments at low cost.

The system has affected both consumer behaviour and competition in the financial sector. By offering a common infrastructure available to banks and newer payment providers, Pix reduced barriers to electronic transfers and encouraged institutions to compete on account services, user interfaces, credit products, and other financial offerings. It also broadened access to digital payments for people who had made limited use of conventional bank transfers or cards.

Pix has been used for person-to-person transfers, retail purchases, tax payments, and other transactions. Its widespread acceptance has reduced reliance on cash for many everyday payments, although cash and card systems remain important parts of Brazil’s payment landscape.

Later Features and imitations

The Pix framework has continued to evolve. Newer services have included scheduled and automatic payments, contactless payments through compatible mobile devices, and credit-linked instalment arrangements offered by participating institutions. Availability of these services varies by provider, device, and regulatory stage.

The speed and convenience of instant payments also create operational and consumer-protection challenges. Fraudsters may use deceptive messages, impersonation, or improperly registered accounts to induce transfers. Security therefore depends on user authentication, participating institutions’ fraud controls, transaction monitoring, and procedures for reporting and addressing suspicious activity. The Central Bank and financial institutions have periodically adjusted rules and security measures as the system has expanded.

Significance

Pix is frequently cited as an example of public digital-payment infrastructure. Its experience has been examined internationally for its implications for interoperability, financial inclusion, and the role of central banks in retail-payment systems. The system demonstrates how a public authority can establish common technical standards while allowing private banks and payment companies to compete in services built around the shared infrastructure. [1]

References

[1] Bank for International Settlements, Central banks, the monetary system and public payment infrastructures: lessons from Brazil’s Pix

Petrobras’ (PETR3; PETR4) Equatorial Margin Find: A New Oil Frontier or Just a Promising Clue?

Petrobras’ discovery of hydrocarbons at an exploratory well off Brazil’s northern coast has kinda reanimated hopes that the Equatorial Margin might end up being a real new oil frontier, yet the find is still a long way from commercial production and it is already stirring a lot of discussion about environmental risk, energy security, and also how any future oil revenue should be spent or re-invested.

The state-controlled company said it identified hydrocarbons at the Morpho well, in block FZA-M-59, in the Foz do Amazonas basin, roughly 175 km (109 miles) off Amapá state, at water depths of 2,886 metres. Petrobras has also been pretty clear that this result is an exploratory discovery, not proof of a commercially viable reserve.

Petrobras now has to finish more drilling, analyse the oil samples, and do appraisal work to pin down the size, the quality and the recoverability of the accumulation. More wells and authorisations from the environmental regulator Ibama will also be needed before Petrobras can hand in a development plan.

Chief Executive Magda Chambriard has said, that if the project proves viable first oil could be produced in around six to seven years or so. Industry specialists mentioned in the source material said that the schedule would be challenging, and not just a bit, because Brazilian offshore efforts often need longer to move from an initial indication into actual production.

The stakes feel pretty high for Petrobras, where the established pre-salt fields make up most of Brazil’s output and are expected to eventually mature. If the Equatorial Margin province lands commercially, it could help the company replenish reserves, keep exports steady, and also lower the risk that Brazil might end up leaning on imported crude or refined fuels later.

Some of the optimism comes from the region’s geology looking akin to offshore Guyana and Suriname. There, large discoveries have pulled in global oil companies and that change, has reshaped Guyana’s economy. Still, earlier wells in other sectors of Brazil’s Equatorial Margin have not proven commercially viable, so the Morpho finding is more like an initial step rather than a done deal.

The potential prize has also kind of nudged a broader disagreement about who would actually gain, if the discovery becomes a producing field. Ildo Sauer, a former Petrobras director and professor at the University of Sao Paulo, said the find could turn into a “passport to the future” only if Brazil captures and steers a larger slice of oil income toward development priorities, such as public services, infrastructure, technology, and a low-carbon transition.

Supporters of exploration argue that oil revenue and domestic supply security could help bankroll Brazil’s transition, especially while global demand for fossil fuels stays substantial. They also point to the country’s growing ethanol, biodiesel, wind, and solar industries as proof that oil development and decarbonisation can move along at the same time, sort of in parallel, without too much friction.

Climate advocates push back on that, they say new oil fields might collide with Brazil’s climate commitments, and end up locking in fossil-fuel output for decades. They add that the Foz do Amazonas basin is unusually environmentally sensitive, with strong currents and limited room to maneuver, if an offshore accident happens, there’s not much margin for error.

The next phase is basically going to see if Petrobras can take a fairly early geological clue and turn it into something commercial, all while still meeting those environmental conditions, and also showing how, if this oil wealth ever actually becomes real it will be shared. Until that time, the Equatorial Margin stays a rather hopeful prospect, not really a confirmed new chapter in Brazil’s oil industry yet. 

Petrobras’ Amapá Oil Discovery Could Reshape Brazil’s Energy Map

Petrobras’ identification of oil at an exploratory well off Brazil’s northern coast seems to have boosted the state-controlled company’s expectations, for pushing into a fresh oil frontier. At the same time though, it also brings up new doubts, about how Brazil will juggle reserve replacement, together with its broader energy transition aims.

Petrobras said that the Morpho well, in block FZA-M-59 in the Foz do Amazonas basin, returned hydrocarbon samples. The well sits about 175 km (109 miles) from the Amapá coast, in water depths around 2,886 metres, give or take.

Chief Executive Magda Chambriard said the discovery is meaningful but she also underlined it is not yet a commercial find. Petrobras still has to finish drilling, carry out sample analysis, and drill appraisal wells to determine the size of the accumulation, how much can likely be recovered, and whether development makes economic sense, she added in remarks referenced by the source material.

The company says, per the source material, that first production could start in about seven years if the discovery is confirmed and then developed. That sort of schedule, really points to how long the lead time is with ultra-deepwater projects, you know, those needing heavy appraisal, environmental licensing, engineering work, plus infrastructure spending, before any oil can actually make it to the market.

For Petrobras, the Equatorial Margin might give a way to top up reserves as its existing producing areas slowly mature. The broader region along Brazil’s northern and northeastern coast has been getting a lot of attention, mainly because of geological likenesses with offshore Guyana and Suriname, places where big discoveries have changed the pace of regional oil investment.

As for the Morpho result, it doesn’t automatically mean a fresh producing province is coming. Other exploration wells in the Equatorial Margin elsewhere, haven’t been able to show commercial viability, so Petrobras (PETR3; PETR4) will still need more drilling to figure out whether the Amapá find is just a small pocket, or part of a wider accumulation.

The project also seems to sit right at the centre of Brazil’s ongoing debate about fossil fuels and climate policy, sort of. Environmental licensing is still a make-or-break condition for anything like continued exploration, especially in that sensitive offshore zone, where an operational incident can, without much warning stop drilling activity. Petrobras has said its work is kept under environmental controls and that any next phases will need the right authorisations.  

People in favour of exploration argue that tapping new reserves would strengthen Brazil’s energy security, and help keep Petrobras’ place as a major oil supplier even while global demand slowly shifts elsewhere. 

Amapá Governor Clécio Luís called the oil discovery “the news of the century,” saying that potential oil development could transform the state’s economy by increasing tax revenue, creating jobs and attracting investment in infrastructure, logistics and services.

On the other hand, critics worry that pushing more oil could pull away capital and political attention from low-carbon fuels and renewables.  

But these two approaches might not have to clash at all. Brazil’s sugarcane and corn based ethanol sectors are growing, while biodiesel is also expected to take on a larger part in the country’s fuel mix. Whether that shift really runs alongside a new offshore oil province will likely come down to the commercial results of the Morpho appraisal programme, and also to how Brazil chooses its future energy policy.