佐々木環境化学 List of Products and Services

The "Sasakan-style Air Conditioning Outdoor Unit Cleaning and Heat Shield Coating" is a cleaning service that achieves energy savings for air conditioning systems through the cleaning and heat shield coating of outdoor units. Before construction, a calculation software estimates the amount of power reduction, cost savings, and CO2 reduction, and post-construction verification of the reduction effects is also conducted, allowing for a convincing evaluation and consideration. With over 1,000 successful projects, including a major food factory that achieved a 14.8% reduction in electricity usage, an average energy savings of over 10% has been realized. 【Features】 ■ Improves the operational efficiency of air conditioning systems through cleaning, disinfection, rinsing, coating, and heat shield painting of outdoor units. ■ Achieves an average energy savings of over 10% without any capital investment. ■ Has a proven track record in a wide range of fields, including factories, leisure facilities, nursing homes, and manufacturing industries. *We are currently offering materials summarizing the verification results of construction in food factories and manufacturing industries! Please check them out by downloading the catalog. Feel free to contact us for inquiries.

Achieve energy savings and CO2 reduction for HVAC systems without any equipment investment, with an average energy-saving effect of over 10%. Of the power consumption, air conditioning accounts for 40% to 60%, and over 90% of that is used by outdoor units. The power consumption of air conditioning outdoor units typically doubles on average after three years of no maintenance. After four years, the average power consumption increases to about 2.5 times. (Data from the Ministry of Economy, Trade and Industry) With the Sasakan-style heat-shielding coating for air conditioning outdoor units, we perform chemical cleaning and apply heat-shielding paint to the outdoor units. By cleaning chemically, we remove dirt and reduce load, allowing for more efficient operation and lower power consumption. Additionally, the heat-shielding paint protects the outdoor unit from solar heat, further reducing load and power consumption. *For more details, please download the PDF or feel free to contact us.

This is a proposal for indoor unit cleaning using our company's uniquely developed chemical agents. The indoor unit is the so-called entrance and exit for air, connecting the indoors and outdoors. If dust and mold that cannot be removed by just cleaning the filter are left unattended, it can lead to: - Becoming a breeding ground for mold - Health hazards - Sources of unpleasant odors - Decreased efficiency of the equipment Therefore, cleaning the indoor unit, which addresses the root cause, is important for hygiene management. *For more details, please download the PDF or feel free to contact us.

We propose mold prevention construction using our company’s uniquely developed chemical agents. Are you facing any of these issues? - Mold is increasing due to condensation... - Store-bought products can't remove black mold... - I tried other companies' products, but the mold returned quickly... If mold prevention is not taken care of... - Increased health risks: Mold can trigger allergic reactions and respiratory diseases, posing a danger especially to those with weakened immune systems. - Breeding ground for odors: Mold generates unpleasant smells, deteriorating the air quality of the facility. - Decreased cooling performance: Poor water quality can reduce cooling efficiency, increasing the risk of equipment overheating. - Deterioration of appearance: Mold can cause dark stains on walls and ceilings, detracting from the appearance of buildings and rooms. - Increased long-term costs: Neglecting the issue may lead to the need for extensive repairs. The Sasakan method of mold prevention construction will solve everything. *For more details, please download the PDF or feel free to contact us.

This is a proposal for hygiene improvement, energy saving, and CO2 emission reduction through our company's water quality management. If proper water quality management is not implemented: - Increased health risks: There is a possibility of health hazards due to the accumulation of scale, the proliferation of bacteria and algae, and the growth of harmful bacteria such as Legionella. - Reduced equipment lifespan: Corrosion of metal parts, rust, and clogging of pipes may occur, leading to the need for significant maintenance. - Decreased cooling performance: If water quality deteriorates, cooling efficiency declines, increasing the likelihood of equipment overheating. - Increased power consumption: A decrease in cooling efficiency may lead to higher energy consumption to achieve the necessary cooling effect. These factors can have adverse effects in various areas. Sasakan's unique bypass ultrasonic cleaning and water quality management will solve your cooling issues. *For more details, please download the PDF or feel free to contact us.

This is a proposal for odor control measures in restrooms using our company's uniquely developed chemical agents. Stains that cannot be removed by regular toilet cleaning can cause unpleasant odors. Our company not only cleans the toilet bowl but also performs thorough cleaning to eliminate the root causes of odors, including: - Disassembly and cleaning of exhaust fans - Cleaning of grills - Cleaning of vent caps - Cleaning of urinal pipes - Bio-cleaning of floors - Cleaning of handwashing sinks 【Features】 ■ Unique chemical agents: Thorough disinfection with our original chemical agents ■ Visualization of improvement effects: We will provide a report visualizing the extent of odor improvement before and after the work *For more details, please download the PDF or feel free to contact us.

We offer a unique cleaning method as a measure against Legionella. By sending "hydrogen peroxide" and fine bubble "shock waves," we decompose biofilms and eradicate Legionella bacteria. 【Features】 ■Low cost: Significantly reduces the amount of chemicals used ■Short time: Completed in approximately 4 hours ■Powerful disinfection: Increases disinfection efficacy with shock waves *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study on the effectiveness of cleaning and heat-insulating coatings applied to the outdoor air conditioning units of a major food factory. The verification method involved receiving the electricity consumption and costs from the customer before and after the installation to assess the effectiveness. As a result of the installation, we successfully achieved a reduction of 14.8% (6.12 million yen). The payback period for the installation costs is 6.4 months, which is notably short for typical investment recovery. 【Case Overview】 ■ Verification Method - Received electricity consumption and costs from the customer before and after the installation to assess effectiveness. ■ Verification Results - Successfully achieved a reduction of 14.8% (6.12 million yen). - The payback period for the installation costs is 6.4 months, which is notably short for typical investment recovery. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study on the effectiveness of heat-insulating paint applied to the outdoor units of a major leisure facility's air conditioning system. We selected outdoor units that had undergone heat-insulating paint application and those installed under the same conditions, and installed measuring devices to record the electricity consumption of the target outdoor units from 5 days to 2 weeks after the application. We verified the extent of the difference in power consumption based on whether the paint was applied or not. The average reduction rate in power consumption due to the heat-insulating paint application was approximately 27.8%, while the maximum reduction rate was about 25.7%. It was confirmed that significant energy-saving effects can be achieved through the application of heat-insulating paint. 【Case Overview】 ■Verification Method - Installed measuring devices to record the electricity consumption of the target outdoor units from 5 days to 2 weeks after application. ■Verification Results - Average reduction rate in power consumption: approximately 27.8% - Maximum reduction rate in power consumption: approximately 25.7% *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study on the effectiveness of construction when performing partial chemical cleaning and heat-insulating painting on the outdoor air conditioning units of a major elderly care facility. We targeted air conditioning units that had not been treated, those that underwent only chemical cleaning, and those that underwent both chemical cleaning and heat-insulating painting. For 10 days after the construction, we installed a cumulative meter to measure electricity consumption. We verified the extent of the difference in power usage based on the presence or absence of each treatment. The reduction rate in power consumption from chemical cleaning alone was approximately 8.5%, which is already a significant effect. However, by additionally applying heat-insulating paint, the reduction rate increased to approximately 36.0%. This confirmed that implementing both chemical cleaning and heat-insulating painting together yields substantial energy-saving effects. [Case Overview] ■ Verification Method - For 10 days after the treatment, we installed a cumulative meter to measure electricity consumption. - We verified the extent of the difference in power usage based on the presence or absence of each treatment. ■ Verification Results - The reduction rate in power consumption from chemical cleaning alone was approximately 8.5%. - Additionally, by applying heat-insulating paint, the reduction rate increased to approximately 36.0%. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study on the effectiveness of chemical cleaning and heat-insulating painting performed on the outdoor AHU units of a major manufacturing company. The verification method involved measuring the electricity consumption over three days with exactly the same average temperature difference in the area where the work was carried out. The verification results confirmed that the reduction rate of electricity consumption due to chemical cleaning and heat-insulating painting was approximately 14.02%, demonstrating energy-saving effects. [Case Summary] ■ Verification Method - Measured electricity consumption over three days with exactly the same average temperature difference in the area where the work was carried out. ■ Verification Results - In addition to reducing electricity costs, it contributes to CO2 reduction and the prevention of global warming, and can also be utilized as material for compliance with the revised Energy Conservation Act. *For more details, please download the PDF or feel free to contact us.

In the materials available for download below, you can find case studies of construction verification results by industry. Among them, a notable case is the cleaning and heat-insulating painting performed on the outdoor air conditioning unit of a major food factory, where the construction cost was approximately 1.8 million yen, resulting in a payback period of 6.4 months, which is a relatively short span for typical investment recovery. 【Overview】 ■ Verification Method - We received the electricity consumption and costs before and after construction from the customer to verify the effects. ■ Verification Results - Successfully achieved a reduction of 14.8% (6.12 million yen). - The payback period for the construction costs was 6.4 months, which is a short span for typical investment recovery. *For other industry-specific construction verification case studies, please download the catalog or feel free to contact us.

In the materials available for download below, you can find a collection of construction verification case studies categorized by industry. Among them, a notable case is the application of heat-reflective paint on the outdoor units of a major leisure facility, which achieved a maximum reduction rate in power consumption of approximately 25.7%. This demonstrates the significant energy-saving effects that can be obtained through the application of heat-reflective paint. 【Overview】 ■Verification Method - After construction, from 5 days to 2 weeks, cumulative meters were installed to measure the electricity consumption of the targeted outdoor units. ■Verification Results - The average reduction rate in power consumption was approximately 27.8%. - The maximum reduction rate in power consumption was approximately 25.7%. *For other industry-specific construction verification case studies, please download the catalog or feel free to contact us.

In the materials available for download below, you can find a collection of construction verification case studies categorized by industry. Among them, in the case of a major elderly care facility where partial chemical cleaning and heat-reflective painting were performed on the outdoor air conditioning unit, the reduction rate of electricity consumption due to chemical cleaning alone was approximately 8.5%. While cleaning alone is already effective, the reduction rate increased to approximately 36.0% when combined with heat-reflective painting, confirming significant energy-saving effects by implementing both cleaning and heat-reflective painting. [Overview] ■ Verification Method - After construction, an accumulation meter was installed for 10 days to measure electricity consumption. - The extent of the difference in electricity consumption based on the implementation or non-implementation of each construction was verified. ■ Verification Results - The reduction rate of electricity consumption due to chemical cleaning alone was approximately 8.5%. - Additionally, the reduction rate increased to approximately 36.0% with the addition of heat-reflective painting. *For other industry-specific construction verification case studies, please download the catalog or feel free to contact us.

In the materials available for download below, you can find case studies of construction verification results categorized by industry. Among them, in the case of a major manufacturing company's outdoor AHU unit where chemical cleaning and heat-insulating painting were performed, it was confirmed that the reduction rate of electricity consumption due to chemical cleaning and heat-insulating painting was approximately 14.02%, demonstrating energy-saving effects. In addition to reducing electricity costs, this also contributes to CO2 reduction and the prevention of global warming, and the verification results can be utilized as materials for compliance with the revised Energy Conservation Law. 【Overview】 ■ Verification Method - Measured electricity consumption over three days with exactly the same average temperature difference in the construction area. ■ Verification Results - In addition to reducing electricity costs, it contributes to CO2 reduction and the prevention of global warming, and can also be utilized as materials for compliance with the revised Energy Conservation Law. *For other industry-specific construction verification case studies, please download the catalog or feel free to contact us.

The "Sasakankan-style air conditioning outdoor unit cleaning and heat-insulating coating" is a cleaning service that achieves energy savings for air conditioning systems through the cleaning and heat-insulating coating of outdoor units. Before construction, a calculation software estimates the amount of power reduction, cost savings, and CO2 reduction, and post-construction verification of the reduction effects is also conducted, allowing for a convincing examination and evaluation. With over 1,000 successful projects, including a major food factory that achieved a 14.8% reduction in electricity usage, an average energy savings of over 10% has been realized. 【Features】 ■ Improves the operational efficiency of air conditioning systems through cleaning, disinfection, rinsing, coating, and heat-insulating painting of outdoor units. ■ Achieves an average energy-saving effect of over 10% without any capital investment. ■ Has a proven track record in a wide range of fields, including factories, leisure facilities, nursing care facilities, and manufacturing industries. ＼ For more details, please check "Download Catalog" ／

The "Sasakankan-style Air Conditioning Outdoor Unit Cleaning and Heat Shield Coating" is a cleaning service that achieves energy savings for air conditioning systems through the cleaning and heat shield coating of outdoor units. Before construction, a calculation software estimates the amount of power reduction, cost savings, and CO2 reduction, and post-construction verification of the reduction effects is also conducted, allowing for a convincing examination and evaluation. With over 1,000 successful projects, including a major food factory that achieved a 14.8% reduction in electricity usage, an average energy saving of over 10% has been realized. 【Features】 ■ Improves the operational efficiency of air conditioning systems through cleaning, disinfection, rinsing, coating, and heat shield painting of outdoor units. ■ Achieves an average energy saving of over 10% without any capital investment. ■ Has a proven track record in a wide range of fields, including factories, leisure facilities, nursing care facilities, and manufacturing industries. ＼ For more details, please check "Download Catalog" ／