Services
Modernization and optimization of HVAC installations, troubleshooting
Reducing your carbon footprint and energy consumption – where to start? where the potential is greatest and the costs of implementing the change will pay off most quickly?
Available services
Our services are based on the actual verification of the condition of the installation in the assessed facility, which is a key aspect of a reliable assessment for us. The carbon devil is in the details, and paper (unfortunately) can absorb everything without affecting reality.
Ventilation Duct Leakage Testing
Our airtightness testing service for ventilation ducts includes comprehensive examination of ducts at various stages of their use - from the construction stage and acceptance of the investment, to the operation of the building.
- Benefits
- Detection and repair of leaks that can lead to lack of cooling and heating capacity, incorrect temperatures, lack of adequate fresh air, poor working conditions for staff in a commercial kitchen, difficulties in maintaining dust and microbiological cleanliness in operating rooms and other clean rooms.
- Reducing energy losses and lowering energy bills.
- Improving the efficiency of the HVAC system in line with the design assumptions.
HVAC performance measurements
HVAC performance measurements are a service that allows you to accurately assess the efficiency of HVAC systems in a building. Using advanced tools and techniques, we measure the performance of various components of the HVAC system, such as mechanical ventilation, chilled water and process heat.
- Benefits
- Improve energy efficiency: Accurate performance measurements can help identify areas where your HVAC system is not performing optimally, allowing you to make necessary corrections.
- Cost Savings: Improving the efficiency of your HVAC system can lead to significant energy cost savings.
- Improving air quality: Performance measurements can help identify air quality problems so that appropriate solutions can be implemented to ensure healthy and comfortable conditions for building users.
Regulation of HVAC systems
HVAC system regulation is the process of optimizing the operation of heating, ventilation and air conditioning (HVAC) systems in a building. This process includes adjusting the HVAC system settings to the specific needs of the building to ensure optimal energy efficiency, thermal comfort and indoor air quality.
- Benefits
- Optimizing energy consumption: A well-designed HVAC system can significantly reduce energy consumption in a building, which translates into lower operating costs.
- Improved Thermal Comfort: Tailoring HVAC system settings to the specific needs of a building can improve thermal comfort for occupants by eliminating problems such as overheating or drafts.
- Improving air quality: Tuning your HVAC system can help maintain optimal indoor air quality, which is crucial for occupant health and productivity.
Comprehensive diagnostics of HVAC systems
White certificates confirm the amount of final energy saved resulting from the implementation of a project or projects of the same type aimed at improving energy efficiency.
- Benefits
- Additional financial resources for modernizations improving energy efficiency.
- Confirmation of the amount of energy saved, which can help improve the company's reputation.
- Possibility to finance up to 25% of modernization costs thanks to white certificates.
- Possibility to assign white certificates, which may reduce the initial capital expenditure for modernization.
Repair HVAC systems
HVAC system repair is a service that includes the diagnosis, repair and optimization of heating, ventilation and air conditioning (HVAC) systems. A team of specialists conducts a detailed technical analysis of the HVAC system, taking into account both technical aspects and the user's perspective.
- Benefits
- Improved Comfort: Repairing HVAC systems can significantly improve the comfort of building occupants by regulating temperature, humidity and air speed.
- Noise reduction: Repairs may also include actions to reduce noise generated by the HVAC system, which can help improve working or living conditions in the building.
- Energy Savings: Optimizing your HVAC system can lead to significant energy savings, which translates into lower operating costs and a lower environmental impact.
- Extend the life of your system: Regular repairs and maintenance can extend the life of your HVAC system, which means fewer costs associated with replacing equipment in the future.
Tests and modernizations of fire protection systems
The service of testing and modernization of fire protection systems includes the review, testing and modernization of fire protection systems, including aeration and smoke removal systems.
- Benefits
- Safety: Regular testing and upgrades to fire protection systems help ensure the safety of building occupants.
- Regulatory Compliance: The service helps ensure that fire protection systems comply with applicable regulations and standards.
- Cost savings: Upgrading old or inefficient fire protection systems can lead to cost savings on maintenance and repairs.
- Property Protection: Properly functioning fire protection systems help protect your building and property from fire damage.
Cleanroom validations
Walidacja to kluczowy proces weryfikacji, że system, instalacja lub procedura spełnia określone wymagania i działa zgodnie z oczekiwaniami.
- Benefits
- Ensuring Compliance: Validation helps confirm that your HVAC systems meet all applicable standards and regulations, which is crucial to maintaining legal compliance.
- Improved safety: By confirming that HVAC systems are functioning properly, validation helps ensure safe and healthy conditions for patients, staff and visitors.
- Performance optimization: The validation process can also help identify areas where HVAC systems can be optimized, which can lead to improved efficiency and energy savings.
Optimization of the operation of chilled beam systems
The service of optimizing the operation of chilled beam systems involves conducting a comprehensive analysis and modernization of the system to ensure its optimal operation. The process includes a review of air handling units, chilled water production and distribution, air distribution system and building automation operation.
- Benefits
- Increase energy efficiency: System optimization can lead to significant energy savings, which translates into lower utility bills
- Improved comfort: System optimization can improve air quality and thermal comfort in a building.
- Increased system life: A properly maintained beam system can last for many years, increasing your return on investment.
- Increased safety: Regular inspections and maintenance can help you detect and repair potential problems before they become serious, making your system safer.
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