Energy Solutions & Mechanical
Cyclect’s Energy Solutions are designed to meet the growing energy demands of industries while reducing environmental impact.
of industrial energy consumption is wasted as heat, indicating the need for more efficient energy systems (Source: U.S. Department of Energy).
(up to) overall efficiency for Trigeneration systems due to the reduction of conversion and transmission losses and the optimal use of waste heat.
Project Delivery Models
Cyclect’s EPC services deliver end-to-end engineering, procurement, and construction solutions for advanced energy systems, including tri/cogeneration, waste-to-energy, solar, green/blue hydrogen generation, green electrode boilers, and heat recovery, driving sustainable energy transformation for industrial and infrastructure projects.
Cyclect’s Energy and Cooling as a Service model provides turnkey EPC, financing, and comprehensive operations and maintenance services, allowing clients to focus on their core business while we optimize energy use and guarantee carbon and cost savings.
How Cyclect Can Help
Innovative energy and engineering solutions
EPC, Multi-disciplinary services
High-performance and high-quality solutions
We work closely with our clients to understand their unique needs and tailor our services accordingly. Our partnership-driven approach ensures that we deliver solutions that align with your business goals.
Capabilities
- Electricity: Generation of on-site power through efficient use of combined heat and power (CHP) systems.
- Heat: Utilization of excess heat for industrial processes or facility heating, improving energy efficiency.
- Cooling: Integration of absorption chillers to convert waste heat into cooling, reducing energy consumption.
- Organic, Palm, Wood: Conversion of organic waste, palm biomass, and wood residues into clean energy.
- Boilers, Generators: Utilization of advanced boilers and generators to produce electricity from waste materials.
- Clean Power: Sustainable generation of electricity and heat from waste, reducing environmental impact.
- Ground Mounted: Installation of large-scale solar farms on land to capture solar energy efficiently.
- Roof: Deployment of rooftop solar panels for decentralized, renewable energy generation.
- Floating: Implementation of floating solar systems on water bodies to optimize space and generate clean energy.
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Absorption Chillers, Heat Pumps: Utilization of excess heat to provide cooling through absorption chillers and heat pumps.
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Cooling from 85°C+ Heat: Efficiently recover and convert high-temperature waste heat into cooling energy.
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Freshwater and Seawater Sources: Integration of energy recovery systems using both freshwater and seawater for cooling applications.
- PEM < 5MW: Installation of Proton Exchange Membrane (PEM) electrolyzers for hydrogen production under 5MW.
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Alkaline > 5MW: Deployment of alkaline electrolyzers for large-scale hydrogen generation above 5MW.
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Blue/Green Hydrogen: Production of both blue and green hydrogen to support the transition to a low-carbon economy.
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Pre-Heating: Utilization of thermal electric systems for efficient pre-heating processes in industrial applications.
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Pre-Cooling: Application of thermal electric systems for pre-cooling, optimizing energy use in cooling processes.
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-4°C ~100°C Effect: Ability to provide precise temperature control from sub-zero to high-temperature environments.
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Steam: Generation of steam using electrode boiler systems for industrial processes and energy needs.
Solar-Powered -
Generation: Integration of solar power with electrode boilers for sustainable energy production.
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CBAM: Compliant with Carbon Border Adjustment Mechanism (CBAM) standards for low-carbon energy generation.
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HVAC Systems: Design and installation of heating, ventilation, and air conditioning (HVAC) systems to optimize indoor climate control.
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Plumbing & Drainage: Implementation of efficient plumbing and drainage systems to support building operations.
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Piping Networks: Installation of extensive piping networks for the distribution of fluids and gases in industrial and commercial facilities.
- Chillers: Installation and maintenance of chiller systems for efficient cooling of industrial and commercial spaces.
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Cooling Towers: Deployment of cooling towers to dissipate heat and ensure optimal operation of HVAC systems.
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Pumps & Heat Exchangers: Integration of pumps and heat exchangers to enhance cooling efficiency and energy conservation.
- Engineering, Procurement, Construction (EPC): End-to-end project execution services from initial design to final commissioning.
- Testing, Inspection & Certification: Ensuring compliance with industry standards and regulatory requirements.
- Systems Integration: Seamless integration of electrical, instrumentation, and automation systems across new and existing infrastructures.
- Substations: Design, installation, and maintenance of substations to ensure optimal power transmission and distribution.
- Transformers: Installation and servicing of transformers to guarantee efficient voltage regulation and energy transfer.
- Switchgear: Deployment of switchgear systems to ensure safe and reliable power control and circuit protection.
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Our project portfolio showcases the wide range of solutions we have delivered to our customers. From small projects to large, complex systems, our team has the expertise and experience to deliver the solutions you need.
Come talk to us about Energy & Mechanical Solutions
We look forward to hearing from you.
Industries Served
Cyclect’s Energy & Mechanical Solutions are highly sought after by a wide range of industries due to the technical expertise and decades of experience of the company’s team. Industries that have benefited from Cyclect’s EICA solutions include:
