Industries

General Manufacturing

We partner with manufacturers to design and optimize thermal and energy systems at the core of their production processes. Across diverse industrial environments, we architect tailored solutions that enhance operational efficiency, ensure process stability, and reduce energy intensity. By combining engineering expertise with a low-carbon approach, we help manufacturers improve performance while building more resilient and sustainable operations.

Marine

We partner with marine and offshore players to design and optimize robust thermal and energy systems for demanding maritime environments. From onboard cooling to process applications, we architect solutions that ensure reliability, efficiency, and compliance under harsh operating conditions. By integrating low-carbon technologies and energy optimization strategies, we help the marine industry improve performance while accelerating its transition toward more sustainable operations.

Industrial gases

We partner with industrial gas players to design and optimize high-performance thermal systems for production, liquefaction, and distribution processes. From cryogenic applications to gas treatment and storage, we architect solutions that ensure precision, safety, and energy efficiency in highly demanding environments. By integrating advanced engineering with a low-carbon approach, we help our clients enhance process reliability while reducing energy intensity and environmental impact.

Oil and gas

We partner with oil and gas players to design and optimize high-performance thermal and energy systems for complex and mission-critical operations. From upstream to downstream, we architect solutions that ensure process reliability, safety, and efficiency in highly demanding environments. By integrating advanced engineering with pragmatic decarbonization strategies, we help our clients reduce emissions intensity while maintaining operational performance and resilience.

PET Bottle blowing

We partner with PET bottle manufacturers to engineer and optimize cooling and compressed air systems at the core of the blowing process. From mold temperature control to high-pressure compressed air management, we architect integrated solutions combining process chillers, cooling circuits, and air treatment to ensure cycle time reduction, dimensional stability, and consistent bottle quality. By optimizing utilities consumption—particularly energy-intensive compressed air and cooling—we help manufacturers improve OEE, reduce cost per bottle, and lower the overall environmental footprint of their production lines.

Pharmaceutic

We partner with pharmaceutical manufacturers to engineer and optimize high-precision thermal and air environments for regulated production. From cleanrooms to critical process areas, we architect integrated solutions combining temperature and humidity control, chilled water systems, and air handling strategies to meet strict GMP requirements. Our approach ensures tight environmental control, contamination risk mitigation, and full process reliability. By optimizing utilities such as cooling and HVAC, we help improve energy efficiency while maintaining compliance, product integrity, and operational continuity in highly controlled environments.

Hydrogen

We partner with hydrogen players to engineer and optimize thermal and energy systems across the entire value chain—from production to storage and distribution. From electrolyzer cooling to gas compression, drying, and high-pressure storage, we architect integrated solutions that manage heat loads, ensure process stability, and enable safe operation under demanding conditions. Our approach combines cooling, gas treatment, and system integration to support efficiency and reliability at scale. By optimizing energy use and recovering waste heat, we help improve overall system efficiency while contributing to the development of low-carbon hydrogen ecosystems

Water treatment

We partner with water treatment operators to engineer and optimize thermal and energy systems supporting critical treatment processes. From biological treatment to membrane filtration and sludge management, we architect integrated solutions that manage temperature, aeration efficiency, and process stability. Our approach combines cooling, heat recovery, and energy optimization to enhance treatment performance and operational reliability. By reducing energy intensity and improving resource efficiency, we help operators lower operating costs while meeting increasingly stringent environmental and regulatory requirements.