We deliver high-quality and cost-effective equipment for energy production such as electrostatic precipitators, bag filters, multicyclones, combustion air- and flue gas fans, various process tanks, pressure vessels like economisers, and pressure reduction steam turbines.
Our approach includes conducting a comprehensive analysis of the customer’s process and implementing precise corrections before sizing new equipment. This ensures that projects are executed in the most cost-efficient manner, avoiding oversizing and unnecessary expenses.
By utilising our innovative operating model, we significantly reduce customer operating costs and ensure a swift payback period for the equipment—often within less than a year.
Moreover, our commitment to sustainability drives us to lower emissions through green technology and expert optimisation, playing our part in reducing CO2 levels and minimising the overall environmental impact.
Comprehensive Delivery and Services
Our delivery includes everything our partner needs, starting with a preliminary comprehensive analysis and precise corrections of the customer’s current process before sizing new equipment. With this, we ensure cost-efficient projects, reducing operating costs and ensuring a swift payback period by avoiding oversizing and unnecessary expenses, considering both CAPEX and OPEX feasibility.
Then we proceed with the design phase to create customer-specific, cost-effective solutions. The next stages of our process include:
- Manufacturing the Products
- Supplying the Products
- Providing Supervision for Installation and commissioning
- Offering training and providing spare parts
We are prepared to meet all needs related to delivery and services, ensuring comprehensive support for our partners’ projects.
Cost-Effective Turbine with a Payback Period of 2 – 4 Years
A Pressure Reduction Turbine (PRT) is a specialised turbine designed to convert the energy from high-pressure steam into electricity while reducing the steam pressure to a desired lower level. This turbine is particularly useful in processes where pressure reduction is required, or where an existing pressure reduction station is already in place. In such setups, the PRT can be installed parallel to the existing station, allowing for the efficient generation of energy from pressure.
Cost-effective ESPs for emission control
We deliver high-quality, cost-effective ESP solutions for energy production and a broad range of industrial applications, serving both new and existing plants and processes, with prompt delivery.
Our Electrostatic Precipitator ensures minimal dust emissions, even in challenging conditions, maintaining consistent performance and meeting stringent environmental regulations.
Electrostatic Precipitator, High-efficient filter
Unlike the other filtering technologies, ESP uses electrostatic charging to remove dust particles from gases capture even the smallest particles with high efficiency, thanks to customisable and customer-specific designs. ESP efficiently reduces dust concentrations in boiler plant flue gases and other applications up to 99 %, managing load fluctuations, flying sparks, overheating, and dew point shortfalls.
Besides heating and power plants, ESPs are utilised in mining and mineral processing, the cement industry, steel and metallurgical industries, and many other industrial applications. Using ESPs in these applications helps industries significantly reduce air pollution, improve air quality, and comply with environmental regulations.
Compared to other filter technologies, Electrostatic Precipitator offers benefits like high reliability and availability, low pressure drop of gas flow, low energy consumption (ESP and ID fan), minimal maintenance, and cost-effectiveness.
Application areas of ESP for new and existing processes
- Heating and Power Plant Boilers
- Technologies: Grate fired, BFB, CFB, Burner combustors
- Fuels: Coal, wood chips, bark, sawdust, forest residues, agrofuels
- Waste Heat Recovery Boilers, Mining and mineral processing, Cement industry, Steel and Metallurgical industries, and many other industrial applications.
Features of our ESP
- Range of boiler sizes covered: 5 MW to 70 MW / 7,5 tph to 100 tph
- Range of gas flows covered: 20,000 m³/h to 270,000 m³/h
- Low dust particle emissions
- Wide operating temperature range
- Low pressure drop in flue gas line
- Low own energy consumption
- Standard features:
- Advanced Control system and HMI with Real time regulation and Automatic Power Adjustment for Energy and Efficiency
- Hopper heaters, stairs and platforms etc.
- Optional features:
- Opacity/Dust Monitor, CEMS, ESP Management system etc.
Cost effective Bag Filters for Emission Control
We deliver high-quality, cost-effective standardised modular Bag Filter solutions for gas cleaning in energy production and a broad range of industrial applications, serving both new and existing plants and processes.
We can provide customised bag filters based on application requirements, particularly for applications with large air-flows and high temperatures.
Our Bag Filter ensures minimal dust emissions, even in challenging conditions, maintaining consistent performance and meeting stringent environmental regulations.
Bag Filter, High-efficient filter
Bag Filters utilise filtering hoses with air pulses to remove dust particles from gases, capturing even the smallest particles with high efficiency. This filtration method ensures effective particulate removal, enhancing overall air quality and compliance with environmental standards.
Bag Filter efficiently reduces dust concentrations in boiler plant flue gases and other applications up to 99 % or more, managing load fluctuations, overheating, and dew point shortfalls. Bag Filters are equipped with pre-filter cyclone to take care of the potential sparks of the gas flow.
In addition to Heating and Power plants, Bag Filters are extensively used in the Foundry and Steel industries, the Cement industry, and various other industrial applications.
Our Bag Filters offer long filter bag life, lower emission levels, reduced pressure drops, decreased power consumption, and higher air-to-cloth ratios with high performance. They also have low footprint.
Application areas of Bag Filters for new and existing processes
- Heating and Power Plant Boilers
- Technologies: Grate fired, BFB, CFB, Burner combustors
- Fuels: Coal, wood chips, bark, sawdust, forest residues, agrofuels
- Foundry and Steel industries, Mining and mineral processing, Cement industry, and many other industrial applications.
Features of our Bag Filter Technology
- Range of boiler sizes covered: 1 MW to 100 MW / 2 tph to 150 tph
- Modular design Range: 1600 m³/h to 270,000 m³/h
- Low dust particle emissions
- Wide operating temperature range
- Easy changeover of bags and cages
- Easy installation and commissioning
- Variety of Filter Media: Available for different applications
Centrifugal Fans and Blowers for All Needs
We provide efficient, cost-effective fan and blower solutions tailored for energy production and a wide array of industrial applications. Our offerings support both new and existing plants and processes, ensuring prompt delivery and high-quality service.
We can deliver various types of fans to meet almost all industrial requirements. The centrifugal fans supplied by us are highly efficient, proven, reliable, and strong.
These fans are categorised by their pressure generation capacities and drive types. The main categories of Centrifugal Fans & Blowers are Low Pressure, Medium Pressure, High Pressure and Customised / Tailor-made Fans.
Low Pressure Centrifugal Fans
- Airflow (capacity) Range: 100 m³/h to 700,000 m³/h
- Static Pressure Range: 98 Pa to 1471 Pa
- RPM Variation: 300 to 2500
- Motor: Up to 400 kW
- Material of Construction: Carbon Steel, Stainless Steel
Medium Pressure Centrifugal Fans
- Material of Construction: Carbon Steel, Stainless Steel
- Airflow (capacity) Range: 200 m³/h to 500,000 m³/h
- Static Pressure Range: 1471 Pa to 5884 Pa
- RPM Variation: 700 to 3000
- Motor: Up to 600 kW
High Pressure Centrifugal Fans
- Airflow (capacity) Range: 100 m³/h to 300,000 m³/h
- Static Pressure Range: 5884 Pa to 14,710 Pa
- RPM Variation: 700 to 3000
- Motor: Up to 600 kW
- Material of Construction: Carbon Steel, Stainless Steel
Customised / Tailor-Made Fans
We can deliver customised fans for processes where operating conditions are not suitable for standard duty fans or simple fans. Utilising state-of-the-art techniques, we supply the fans to meet operating challenges such as high temperature, high abrasion, low density, high speed, zero leakage, and other specific requirements.
Cost effective Pressure Parts and Tanks
We deliver high-quality, cost-effective Pressure part and various tank solutions for energy production and a broad range of industrial applications, serving both new and existing plants and processes.
We can provide customised pressure parts for boilers, such as economisers and other heat exchanger components, as well as various types of process tanks, including feed water and condensate tanks, tailored to application requirements. With over 25 years of experience in the energy plant industry, our expertise and background ensure high-quality solutions.
Boiler pressure parts and process tanks can be delivered according to the initial design or redesigned and manufactured to meet new circumstances based on customer needs. They are constructed using high-quality materials and advanced technology, suitable for various industries.
Our solutions offer the necessary performance and quality, ensuring the products delivered meet and exceed the required standards.
Economisers for Boiler Plants
Economiser for Costs and Environmental Impact Reduction
Economisers are crucial components of boiler plant processes, designed to transfer heat from flue gases to the boiler water and steam circuit, thereby enhancing efficiency.
By lowering the flue gas temperature, economisers can boost energy plant efficiency, typically improving boiler efficiency by 2-5%. This leads to significant operational cost savings and reduced environmental impact.
Economisers, tailored to specific application requirements, are available in various shapes and sizes and are constructed from carbon steel or stainless steel, depending on flue gas temperature and structural demands.
Our economiser solutions provide cost-effective, long-lasting products that deliver high performance and energy savings for customers across different industries.
Tanks for the various processes
Feed Water Tank
A Feed Water Tank with Deaerator is crucial in boiler systems, designed to store and condition feed water before entering the boiler. The deaerator’s primary function is to remove dissolved gases like oxygen and carbon dioxide, preventing corrosion in the boiler and associated piping.
These tanks are widely used in energy and power plants, industrial facilities, and any steam production applications, ensuring optimal boiler performance, lifetime and reliability.
Modern deaerator feed water tanks enhance energy efficiency by eliminating the need for frequent blowout steam, common in older tanks. They improve boiler performance by supplying high-quality, preheated water, reducing corrosion and maintenance needs.
Additionally, our FW tanks offer environmental benefits by conserving energy and reducing emissions, leading to substantial cost savings and increased system reliability.
Condense Tank
A Condensate Tank is an essential component in the boiler systems of energy plants and industrial steam processes. It collects and stores condensate—the steam that has condensed back into water after delivering its heat energy. This condensate is then returned to the boiler feed water system for reuse, making the process more efficient and sustainable.
Condensate tanks enhance energy efficiency by reusing heat and water, reducing the need for fresh water and treatment chemicals. They ensure optimal boiler performance, longevity, and reliability.
Modern condensate tanks feature automated controls and insulation to minimise heat loss, contributing to lower operational costs and environmental benefits. They are widely used in power plants, industrial facilities, chemical plants, and the food and beverage industry.
