Custom Solutions for Optimal Turbine Performance

At Boldrocchi Group, we specialize in designing and delivering custom-engineered air intake systems for gas turbines, offering solutions that ensure clean air flow, effective filtration, anti-icing, and noise attenuation. Our systems are built to improve gas turbine efficiency, reduce maintenance costs, and extend the lifespan of your equipment.

Boldrocchi compressors
  • Increased Efficiency: clean, filtered air leads to improved turbine efficiency and output.
  • Reduced Maintenance: our filtration and anti-icing systems reduce the risk of turbine fouling and wear, lowering maintenance costs.
  • Longer Equipment Life: by optimizing airflow and preventing contaminants, our systems extend the life of your turbines.
  • Compliance with Noise Regulations: our noise attenuation systems help you meet strict local and international noise standards.
  • Power Generation: ensuring clean, consistent airflow for power plants, our systems optimize turbine performance, reduce operational costs, and improve energy efficiency.
  • Oil & Gas: our solutions ensure reliable operation in onshore and offshore environments, even under harsh weather conditions.
  • Industrial Manufacturing: our air intake systems ensure stable turbine performance in industrial facilities, ensuring uninterrupted operations.
  • Filtration Efficiency: removes up to 99.9% of dust and airborne contaminants.
  • Pressure Drop: designed for minimal pressure loss to maintain optimal turbine efficiency.
  • Noise Reduction: up to 30 dB(A) noise attenuation with customized acoustic solutions.
  • Temperature Range: operates in extreme climates, from -40°C to +50°C.
  • Airflow Capacity: configurable to meet your turbine’s specific airflow requirements.

Multi-Stage Filtration

Our air intake systems incorporate advanced filtration stages to remove dust, sand, salt, and other airborne contaminants. This ensures clean airflow into your gas turbines, minimizing the risk of fouling and improving turbine longevity. Self-Cleaning Filters: automated self-cleaning systems that ensure uninterrupted turbine operations; Pulse-Jet Filtration: high-efficiency filtration systems that maintain optimal airflow with low-pressure drop.

Anti-Icing Technology

In cold climates, ice buildup can disrupt turbine performance. Our anti-icing solutions prevent ice from forming on turbine blades, ensuring continuous operation: Heated Air Intake Systems – deliver pre-heated air to prevent ice formation; Hot Water/Steam Injection – for efficient ice control in freezing conditions.

Noise Attenuation System

Our systems feature noise reduction technologies such as silencers and acoustic louvers to meet strict industry noise regulations without sacrificing turbine performance. Acustic Louvers: reduce noise while maintaining efficient airflow; Silencesrs: tailored noise reduction solutions designed to meet your specific site requirements.

Durability & Weather Resistance

Boldrocchi’s air intake systems are built with corrosion-resistant materials to ensure they withstand extreme environments, including heavy rain, snow, and desert storms.

Looking for more solutions? Boldrocchi offers a full suite of products for gas Frequent systems. Explore our full range of products to optimize your turbine performance.

Exhaust Systems for Gas Turbines
Centrifugal Compressors
Noise Attenuation Systems
Air-Cooled Heat Exchangers

Frequently Asked Questions

Air intake systems filter out contaminants like dust, sand, and salt that can damage turbine components and reduce performance. Additionally, they optimize airflow and pressure, leading to more efficient turbine operations.

Anti-icing systems prevent ice formation on turbine blades in cold climates, minimizing the risk of power losses and mechanical failures.

We use acoustic louvers and silencers to reduce noise levels without compromising turbine performance, ensuring compliance with local and international regulations.

Industries

Petrochemical
Oil & Gas
Fertilizers
Food
Pulp and Paper
Steel
Power Generation
Sugar
Waste-to-Energy