IBOV 171,031.73 ▲ 1.85% IPSA 11,338.38 ▲ 0.89% IPC MEX 65,729.18 ▲ 2.14% MERVAL 2,913,184 ▲ 1.30% COLCAP 2,459.23 ▲ 0.61% BVL PERÚ 58,698.13 ▲ 2.60% USD/BRL5.14▲ 0.02% USD/MXN16.93▲ 0.10% USD/CLP914.28— 0.00% USD/COP3,043— 0.00% USD/PEN3.36▲ 0.05% USD/ARS1,499▼ 0.03% USD/UYU40.20▲ 1.52% USD/PYG5,996▲ 1.39% USD/BOB11.43▲ 0.51% USD/DOP58.61▼ 0.07% USD/CRC450.05▲ 1.95% USD/GTQ7.62▲ 2.13% USD/HNL26.81▲ 1.55% USD/NIO36.62— 0.00% USD/VES782.70▼ 0.13% USD/PAB1.00— 0.00% USD/BZD2.00— 0.00% USD/JMD 157.28 — 0.00% USD/TTD6.71▲ 0.82% EUR/BRL6.00▼ 0.03% BRENT 88.88 ▼ 0.03% WTI 83.11 ▼ 0.11% IRON ORE 161.91 — — COPPER 6.61 ▲ 0.03% GOLD 4,461 ▲ 1.78% SILVER 65.59 ▲ 1.26% SOY 1,184 ▲ 3.20% CORN 480.50 ▲ 10.02% WHEAT 655.00 ▲ 3.93% COFFEE 317.25 ▼ 5.51% SUGAR 16.43 ▼ 1.79% ORANGE JUICE 138.55 ▼ 0.47% COTTON 85.03 ▲ 2.33% COCOA 5,719 ▲ 3.18% BEEF 223.60 ▼ 3.93% CATTLE 339.10 ▼ 3.16% LITHIUM 75.20 ▲ 1.47% PETR4 41.64 ▼ 0.05% VALE3 72.97 ▲ 0.83% ITUB4 38.60 ▼ 1.03% BBDC4 16.85 ▲ 0.36% ABEV3 14.89 ▼ 0.80% BBAS3 19.37 ▲ 0.47% B3SA3 14.26 ▼ 0.21% WEGE3 47.59 ▲ 0.49% PRIO3 59.14 ▼ 0.19% SUZB3 41.33 ▲ 2.35% RENT3 34.68 ▼ 0.09% AZZA3 15.89 ▼ 2.63% CSAN3 3.22 ▼ 1.83% RAIZ4 0.25 — 0.00% PCAR3 2.75 ▼ 0.36% GMAT3 3.65 ▼ 1.08% PSSA3 48.13 ▼ 0.54% CVCB3 1.33 ▼ 2.92% POSI3 3.36 ▲ 2.44% SLCE3 13.34 ▲ 0.30% NATU3 8.14 ▼ 0.73% IBOV 171,031.73 ▲ 1.85% IPSA 11,338.38 ▲ 0.89% IPC MEX 65,729.18 ▲ 2.14% MERVAL 2,913,184 ▲ 1.30% COLCAP 2,459.23 ▲ 0.61% BVL PERÚ 58,698.13 ▲ 2.60% USD/BRL 5.16 ▲ 0.01% USD/MXN 17.06 ▼ 0.24% USD/CLP 913.98 ▲ 0.04% USD/COP 3,140 ▲ 0.03% USD/PEN 3.36 ▼ 0.66% USD/ARS 1,493 ▲ 0.10% USD/UYU 40.27 ▲ 1.24% USD/PYG 5,939 ▲ 1.68% USD/BOB 11.64 ▼ 0.76% USD/DOP 58.34 ▲ 1.25% USD/CRC 445.92 ▲ 0.89% USD/GTQ 7.62 ▲ 2.21% USD/HNL 26.79 ▲ 1.57% USD/NIO 36.62 ▲ 0.69% USD/VES 762.44 ▼ 0.13% USD/PAB 1.00 — 0.00% USD/BZD 2.00 — 0.00% USD/JMD 157.28 — 0.00% USD/TTD 6.70 ▲ 0.61% EUR/BRL 5.95 ▲ 1.01% BRENT 88.88 ▼ 0.03% WTI 83.11 ▼ 0.11% IRON ORE 161.91 — — COPPER 6.61 ▲ 0.03% GOLD 4,461 ▲ 1.78% SILVER 65.59 ▲ 1.26% SOY 1,184 ▲ 3.20% CORN 480.50 ▲ 10.02% WHEAT 655.00 ▲ 3.93% COFFEE 317.25 ▼ 5.51% SUGAR 16.43 ▼ 1.79% ORANGE JUICE 138.55 ▼ 0.47% COTTON 85.03 ▲ 2.33% COCOA 5,719 ▲ 3.18% BEEF 223.60 ▼ 3.93% CATTLE 339.10 ▼ 3.16% LITHIUM 75.20 ▲ 1.47% PETR4 41.64 ▼ 0.05% VALE3 72.97 ▲ 0.83% ITUB4 38.60 ▼ 1.03% BBDC4 16.85 ▲ 0.36% ABEV3 14.89 ▼ 0.80% BBAS3 19.37 ▲ 0.47% B3SA3 14.26 ▼ 0.21% WEGE3 47.59 ▲ 0.49% PRIO3 59.14 ▼ 0.19% SUZB3 41.33 ▲ 2.35% RENT3 34.68 ▼ 0.09% AZZA3 15.89 ▼ 2.63% CSAN3 3.22 ▼ 1.83% RAIZ4 0.25 — 0.00% PCAR3 2.75 ▼ 0.36% GMAT3 3.65 ▼ 1.08% PSSA3 48.13 ▼ 0.54% CVCB3 1.33 ▼ 2.92% POSI3 3.36 ▲ 2.44% SLCE3 13.34 ▲ 0.30% NATU3 8.14 ▼ 0.73%
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Pigs Generate Power for Town in Brazil’s State of Paraná

By · July 29, 2019 · 3 min read

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RIO DE JANEIRO, BRAZIL – Since last Wednesday, July 26th, 72 buildings of the municipal government of Entre Rios do Oeste, in western Paraná, have been supplied with electric power generated by the waste of 40,000 pigs from farmers in the region.

Although small, the town of Entre Rios do Oeste in Paraná State breeds over 150,000 pigs.
Although small, the town of Entre Rios do Oeste in Paraná State breeds over 150,000 pigs. (Photo internet reproduction)
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The initiative was based on a partnership between the government and the Itaipu Technology Park (ITP) and the International Center for Renewable Energy (CIBiogás), which saw an opportunity to reduce environmental pollution in the region. Although small, Entre Rios do Oeste breeds over 150,000 pigs.

As a result of the power generation project, some 215 tons of waste from 18 rural properties began to be treated per day, serving as raw material for the production of biogas used in the generation of electricity. The system is relatively simple: the waste is collected and packaged in biodigesters. Inside, this material is decomposed by bacteria, generating biomethane. Pipelines carry the gas to the power generation site. Burning the material triggers a generator that produces electricity.

Economy and environmental solution

This is not a new approach since rural farmers already make use of waste for energy production, for their own consumption. The difference of the Paraná project is that the energy produced is “sold” to the city, yielding income for the producers. According to the president of CIBiogás, Rodrigo Régis Galvão, the Mini Central Thermoelectric Plant (MCT) of Entre Rios do Oeste, powered by biogas, will result in savings for the population, as well as solving the environmental problem generated by manure.

Aerial view of Entre Rios do Oeste in Paraná State.
Aerial view of Entre Rios do Oeste in Paraná State. (Photo internet reproduction)

With 480 kW of installed power, the energy produced at the plant is sold to Companhia Paranaense de Energia (COPEL), the financing company for the initiative, which deducts the total produced from the city’s electricity bills. The City Hall is in charge of paying each producer for the energy generated. The estimate is that the producers involved will earn between R$900 (US$225) and R$5,000, depending on the amount of biogas produced.

Micro and mini generation, governed by the National Electric Energy Agency (ANEEL), is the procedure used. Under this model, the consumer can produce his own energy, using solar panels and biogas, and then feed it into the distribution grid. This energy may be used to reduce the energy bill of one or more units of the same holder to zero.

However, under the Entre Rios do Oeste model, the city government compensates producers for the production of biogas. Meters on the properties show the amount of biogas being produced by each property throughout the month. Simultaneously, a special meter displays the amount of energy produced by the plant and injected into the grid. A simple bill illustrates how much electricity is generated by each cubic meter of biogas, which allows each producer to know how much they will collect from their production.

“The power generated will reduce approximately R$80,000 to R$100,000 per month from municipal bills,” Galvão estimates.

Countryside prospects

This initiative to produce electrical power from biogas generated by swine waste began in 2016. In total, R$17 million were invested in the construction of 22 km of gas pipelines and the plant. Rural producers bore the costs of installing the biodigesters.

In addition to swine waste, it is also possible to produce biogas from other animal waste and vegetable raw materials, such as sugar cane. Galvo points out that the state’s western region has great potential to produce energy from this type of raw material since Paraná is one of the Brazilian states with the largest number of pig and poultry farms. The project is planned to be implemented in other cities in the state.

This article was produced by The Rio Times’ automated newsroom system. How we use AI · Report an error

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