Our core business

Steam Energy & Power Solutions

Generate power while meeting process steam needs

Back pressure and extraction back pressure turbines generate electricity while supplying useful steam for industrial processes. CARBOSTEAM supports cogeneration and steam-system integration to improve overall energy utilization.

Waste Heat Recovery

Recover heat. Reduce fuel cost. Improve efficiency.

Recover useful energy from boiler flue gas and other process exhaust streams. Economizers can preheat boiler feedwater, combustion air or process water; condensing systems recover additional latent heat where operating conditions allow.

Industrial Heating & Cooling

Turn waste heat into useful process energy

Industrial heat pumps upgrade low- and medium-temperature heat from engine jacket water, wastewater, cooling water and processes into useful hot water and higher-temperature process heat. Steam generation is evaluated against source conditions, delivery temperature and pressure.

Fuel Efficiency Solutions

Improve combustion performance

AE-FLUX is offered as an inline, non-chemical fuel-conditioning solution for industrial combustion systems. Application suitability and performance are assessed against a measured operating baseline.

Cooling & Water Efficiency

Support efficient cooling and cleaner water circuits

Utility efficiency solutions cover automatic tube cleaning, cooling-tower and chilled-water treatment, remote monitoring, scale removal and blowdown optimization. System selection considers water quality and operating conditions.

Biomass & Boiler Systems

Convert fuel into useful process energy

Integrated engineering support for biomass-fired steam and hot-water systems, together with gas- and oil-fired boilers. Equipment, burners, water treatment and heat recovery are selected for the fuel, capacity and production requirements.

Back Pressure Steam Turbine (BPST)

Turn Pressure Loss into Profitable Power

A back pressure steam turbine expands high-pressure steam to a lower pressure required by the process while generating electricity. The arrangement supports combined heat and power generation and improved overall steam utilization.

Combined Heat & Power (CHP)

Maximum Energy Utilization

Combined Heat & Power (CHP), also known as Cogeneration, simultaneously produces electricity and useful thermal energy from a single fuel source.

CHP systems can significantly improve overall fuel utilization compared with separate generation of heat and power, helping industries reduce fuel consumption and operating costs.

Condensing Steam Turbine (CST)

Maximum Power Generation from Steam

For facilities seeking maximum electricity generation, Condensing Steam Turbines convert the maximum available energy from steam into electrical power before condensation.

Carbon Capture & Emission Control

Building the Future of Low-Carbon Industry

Industrial sustainability is rapidly becoming a competitive necessity.

CarboSteam provides solutions that help industries reduce emissions, improve ESG performance and support long-term sustainability goals.

Biogas & Carbon Utilization Systems

Turning Waste into Value

Organic waste streams can be converted into renewable energy and useful industrial resources.