Risk: Low Biomass Power Plant Operational

Celulose Irani Biomass Power Plant: 4.9 MW Facility in Brazil

Brazil
Visit official website

Overview

Celulose Irani is a 4.9 MW biomass power plant in Brazil, operational and utilizing biomass fuel for power generation.

Celulose Irani is a biomass power plant located in Brazil, with a capacity of 4.9 MW. The facility is operational and contributes to the country's renewable energy portfolio by generating electricity from biomass fuel. Brazil has a strong regulatory framework for renewable energy, including incentives for biomass power under national energy policies. Biomass plants like Celulose Irani typically use agricultural or forestry residues, aligning with sustainable waste-to-energy practices. The plant's relatively small scale is common for dedicated biomass facilities in the region. The plant's operation supports local energy needs and reduces reliance on fossil fuels. By utilizing biomass, it contributes to lower carbon emissions compared to conventional thermal plants. Its location in Brazil's southern region benefits from abundant biomass resources from forestry and agriculture.

Environmental context

The plant uses biomass, a renewable fuel, which generally results in lower CO2, SOx, and NOx emissions compared to coal or oil. Its small capacity (4.9 MW) limits overall environmental impact. Biomass plants often source fuel locally, reducing transport emissions. The facility operates under Brazilian environmental regulations, including air quality standards.

Frequently asked questions

Celulose Irani is located in Brazil, with coordinates approximately 26.9416° S, 51.7466° W.

Celulose Irani is a biomass power plant that generates electricity using biomass fuel.

The plant has a capacity of 4.9 megawatts (MW).

Biomass power plants in Brazil must comply with national environmental standards, including air quality regulations and renewable energy incentives under the Brazilian Electricity Regulatory Agency (ANEEL).

Biomass power generation uses organic materials, reducing greenhouse gas emissions compared to fossil fuels and supporting waste management by utilizing agricultural or forestry residues.
UtilityRadar
More
Press Esc to close · Browse by sector