中部電力ミライズ Product Lineup

The "EBS (Emulsion Break System)" developed by our company is a device that separates emulsions dispersed in wastewater using a swirling shear technology, efficiently separating oil and emulsions. Factory wastewater contains various substances such as oil, inorganic components, and solids, and it is necessary to perform wastewater treatment, such as biological treatment and concentration, before discharging it outside the factory. By utilizing this device, in addition to waste reduction and energy concentration reduction, secondary effects such as reduced maintenance costs for wastewater facilities can also be expected. 【Benefits of Implementation】 ■ Reduction of waste derived from emulsions ■ Reduced stress for workers due to cleaner equipment ■ Reduced load on wastewater facilities due to improved wastewater quality *For more details, please refer to the related links or feel free to contact us.

The "EBS (Emulsion Break System)" is a device that efficiently separates and demulsifies emulsions (mixtures) containing oil dispersed in wastewater using a swirling shear technology. As a result, the amount of waste generated in conventional wastewater treatment is significantly reduced. The burden on wastewater facilities and concentration processes is also alleviated, achieving efficient wastewater treatment in factories. Additionally, the reduction of waste helps to minimize environmental impact, enabling sustainable wastewater management. 【Features】 ■ Demulsifies emulsions containing oil present in wastewater, reducing waste. *For more details, please refer to the related links or feel free to contact us.

The "EBS (Emulsion Break System)" efficiently separates oil and emulsions from wastewater, allowing for the circulation of clean cleaning solutions. As a result, the dirt on wastewater equipment and related devices is reduced, significantly alleviating the burden of equipment management and cleaning. This contributes to reducing operator stress and shortening maintenance time. Furthermore, the cleaned wastewater enhances treatment efficiency and leads to an extended equipment lifespan. [Features] ■ Since clean cleaning solutions flow, equipment remains clean, reducing the burden of equipment management. *For more details, please refer to the related links or feel free to contact us.

The "EBS (Emulsion Break System)" is a device that efficiently separates emulsions and oil components from wastewater. By improving the quality of wastewater, the burden on wastewater treatment facilities is reduced. This leads to a decrease in the frequent maintenance and cleaning tasks that were previously necessary, resulting in lower maintenance costs. Additionally, as the operational stability of the wastewater facilities improves, the overall operational efficiency of the factory is also enhanced. 【Features】 ■ Reduction in maintenance costs for wastewater facilities due to improved wastewater quality *For more details, please refer to the related links or feel free to contact us.

The "EBS (Emulsion Break System)" is a device that efficiently separates emulsions and oil components in wastewater using a swirling shear technology. By improving wastewater quality, it reduces the environmental burden associated with wastewater treatment facilities and discharge outside of factories. It also contributes to compliance with wastewater regulations and environmental protection. By combining it with waste reduction and equipment load reduction, it supports sustainable factory operations. It is possible to balance environmental considerations with productivity improvements. [Features] ■ Achieves environmental protection through improved wastewater quality *For more details, please refer to the related links or feel free to contact us.*

The "EBS (Emulsion Break System)" is a device that efficiently separates emulsions and oil content from wastewater. By reducing the load on the wastewater concentration process, it helps to minimize the energy consumption required for concentration, contributing to the overall reduction of CO2 emissions in the factory. Efficient wastewater treatment stabilizes equipment operation and is linked to waste reduction and maintenance cost savings. This is a solution that achieves efficiency in factory operations while minimizing environmental impact. 【Features】 ■ Reduced load on the wastewater concentration process for wastewater treatment, leading to reductions in energy and CO2 emissions. *For more details, please refer to the related links or feel free to contact us.

In the oil and gas industry, proper treatment of oil and emulsions contained in factory wastewater is required. In particular, reducing the burden of wastewater treatment and minimizing waste are important from both environmental impact reduction and cost management perspectives. Insufficient oil-water separation can lead to increased strain on wastewater treatment facilities and higher treatment costs. Our "EBS (Emulsion Break System)" efficiently separates emulsions in wastewater using a swirling shear technology, contributing to solving these challenges. 【Usage Scenarios】 - Treatment of oil-containing factory wastewater - Streamlining the oil-water separation process - Achieving waste reduction targets 【Benefits of Implementation】 - Reduction of waste derived from emulsions - Decreased burden on wastewater treatment facilities due to improved wastewater quality - Reduction of concentrated energy usage

To all in the chemical industry: In the solvent recovery process, the efficient separation of emulsions contained in wastewater is key to waste reduction and cost efficiency. Improper separation can lead to decreased recovery rates and increased treatment burdens. Our emulsion destruction separation device, 'EBS', effectively separates emulsions in wastewater using rotational shear technology, supporting the recovery of oils and emulsions. 【Usage Scenarios】 - Treatment of oil-containing wastewater in the solvent recovery process - Oil separation from wastewater containing emulsions - Reduction of wastewater treatment burden 【Benefits of Implementation】 - Reduction of waste derived from emulsions - Improvement in solvent recovery rates - Reduction in wastewater treatment costs

In the food processing industry, proper treatment of oily wastewater generated during the manufacturing process is required. In particular, the separation of emulsions contained in the wastewater is a significant challenge for reducing environmental impact and lowering treatment costs. Inadequate separation can lead to increased burden on subsequent wastewater treatment facilities and an increase in waste volume. Our emulsion destruction and separation device, 'EBS', efficiently separates emulsions in wastewater through a swirling shear technology, contributing to solving these challenges. 【Usage Scenarios】 - Treatment of oily wastewater from production lines - Pretreatment for oil recovery and reuse - Reducing the burden on wastewater treatment facilities 【Benefits of Implementation】 - Reduction of waste derived from emulsions - Decreased burden on wastewater facilities due to improved wastewater quality - Improved working environment through equipment cleanliness

In the pharmaceutical industry, efficient separation of emulsions contained in wastewater and the reduction of associated waste are important challenges in the treatment of culture media. Additionally, there is a demand for reducing the load on wastewater treatment facilities and controlling maintenance costs. Our developed "EBS (Emulsion Break System)" is a device that uses rotational shear technology to separate emulsions dispersed in wastewater, efficiently removing oil and emulsions. This can lead to secondary benefits such as waste reduction, decreased energy concentration, and lower maintenance costs for wastewater treatment facilities. 【Usage Scenarios】 - Separation of oil and emulsions from culture media treatment wastewater in pharmaceutical factories - Reduction of load on wastewater treatment facilities - Reduction of waste treatment costs 【Effects of Implementation】 - Reduction of waste derived from emulsions - Improvement of the working environment through equipment cleaning - Reduction of load on wastewater facilities due to improved wastewater quality

In the metal processing industry, the separation and removal of oil and emulsions in factory wastewater treatment, such as cutting oils, is an important challenge. If these substances are not properly treated, it can lead to increased load on wastewater facilities and a rise in waste volume. Our developed 'EBS (Emulsion Break System)' efficiently separates emulsions dispersed in wastewater using a swirling shear technology, allowing for the recovery of oil and emulsions. This is expected to reduce waste and lower wastewater treatment costs. 【Usage Scenarios】 - Regeneration and reuse of cutting oils - Treatment of oily wastewater from metal processing factories - Reduction of load on wastewater facilities 【Benefits of Implementation】 - Reduction of waste derived from emulsions - Improvement of work environment through equipment cleanliness - Reduction of load on wastewater facilities due to improved wastewater quality

In the dyeing process of the textile industry, the treatment of oils and emulsions contained in wastewater poses a challenge. These substances can increase the load on wastewater treatment facilities and potentially lead to an increase in waste volume. If not properly treated, there are also concerns about the impact on the environment. Our developed 'EBS (Emulsion Break System)' efficiently separates emulsions in wastewater using a swirling shear technology, allowing for the recovery of oils and emulsions. This is expected to reduce waste volume and decrease the energy required for wastewater treatment. 【Application Scenarios】 - Wastewater treatment in dyeing factories - Treatment of industrial wastewater containing high levels of oils and emulsions - Aiming to reduce the load on wastewater treatment facilities 【Benefits of Implementation】 - Reduction of waste derived from emulsions - Decreased load on wastewater facilities due to improved wastewater quality - Improved working environment through equipment cleanliness

In the pulp and paper industry, the treatment of pulp wastewater requires the separation of emulsions in the effluent and the associated reduction of waste, in response to environmental regulations and cost reduction. In particular, the efficient separation of emulsions contained in pulp wastewater is crucial for reducing the burden on subsequent treatment processes and for maintaining equipment. Our emulsion destruction and separation device, 'EBS', efficiently separates emulsions in the wastewater through a swirling shear technology, contributing to waste reduction. 【Usage Scenarios】 - Wastewater treatment from the pulp manufacturing process - Treatment of oil-containing wastewater in paper mills 【Benefits of Implementation】 - Reduction of waste derived from emulsions - Decreased burden on wastewater treatment equipment - Lower maintenance costs

In the automotive industry, the treatment of cleaning wastewater requires the separation of oils and emulsions. In particular, the wastewater generated during the cleaning process contains a mixture of oils and solids, making proper treatment essential. If these substances cannot be efficiently separated, it may lead to increased load on wastewater treatment facilities and higher waste disposal costs. Our emulsion-breaking separation device, 'EBS', addresses these challenges through its swirling shear technology. 【Application Scenarios】 - Treatment of wastewater from parts cleaning in automotive factories - Treatment of wastewater from floor cleaning in vehicle maintenance shops - Treatment of wastewater from automotive parts manufacturing lines 【Benefits of Implementation】 - Reduction of waste derived from emulsions - Decrease in the load on wastewater treatment facilities - Reduction in maintenance costs

In the paint and ink industry, there is a demand to efficiently recover pigments from oily wastewater generated during the manufacturing process and to reduce waste. In particular, the separation of pigments dispersed in emulsion form is a significant challenge in wastewater treatment. Insufficient separation can lead to pigment loss and increased treatment costs. Our "EBS (Emulsion Break System)" efficiently separates emulsions dispersed in wastewater through a swirling shear technology, achieving pigment recovery and waste reduction. 【Application Scenarios】 - Paint and ink manufacturing plants - Wastewater treatment aimed at pigment recovery - Sites aiming for waste reduction and cost reduction 【Benefits of Implementation】 - Reduction of pigment loss from emulsions - Alleviation of wastewater treatment burden - Reduction of waste treatment costs

In the cosmetics industry, the separation and recovery of emulsions contained in oily wastewater generated during the manufacturing process is considered important from the perspective of reducing raw material loss and minimizing environmental impact. In particular, efficiently recovering emulsions that contain expensive raw materials or active ingredients directly contributes to cost reduction. However, conventional treatment methods have faced challenges such as difficulty in separating emulsions, leading to increased waste volume and higher treatment costs. Our "EBS (Emulsion Break System)" utilizes a swirling shear technology to efficiently separate emulsions dispersed in wastewater, enabling the recovery of oil and emulsions. This is expected to reduce waste volume and the associated treatment energy. [Application Scenarios] - Treatment of oily wastewater in cosmetics manufacturing plants - Recovery of emulsions containing expensive raw materials or active ingredients - Reduction of maintenance burden on wastewater treatment facilities [Effects of Implementation] - Reduction of waste derived from emulsions - Cost reduction due to increased recoverable raw materials - Decreased burden on wastewater facilities due to improved wastewater quality