エンバイロ・ビジョン Product Lineup

"Pipeflex" is a membrane-type aeration pipe (aeration device). Due to the fine slits provided in the membrane section, ■ The bubbles generated during aeration are small, resulting in a high oxygen dissolution efficiency. *At a water depth of 4m, the dissolution efficiency is over 30%. When replacing a typical aeration device, it is expected to achieve energy savings and CO2 reduction by reducing the blower output. ■ It serves as a backflow prevention mechanism when the blower is stopped and can accommodate intermittent operation. It is also resistant to clogging. These are some of its features. This product is made in Germany and boasts high quality. By keeping distribution costs low, we can offer it at an affordable price. Membrane section: Two types of EPDM and silicone Main body: PP

The "Hose Rex" is a membrane-type aeration hose. By simply covering it with commercially available PVC pipes (including caps and fittings) and securing it with a hose clamp, you can create aeration pipes and aeration devices of any desired length. Thanks to the fine slits provided in the hose (membrane): ■ The bubbles generated during aeration are small, resulting in a high oxygen dissolution efficiency. When replacing a typical aeration device, it is expected to reduce power consumption, energy use, and CO2 emissions by lowering the blower output. ■ It also serves as a backflow prevention measure when the blower is stopped, making it suitable for intermittent operation. Additionally, it is resistant to clogging. These are some of its features. This product is made in Germany and boasts high quality. By keeping distribution costs low, we can offer it at an affordable price. Material: Two types, EPDM and silicone.

"Disk Flex" is a membrane-type disc aeration device. Thanks to the fine slits in the membrane section, ■ The bubbles generated during aeration are small, resulting in a high oxygen dissolution efficiency. *Dissolution efficiency exceeds 30% at a water depth of 4m. When replacing typical aeration devices, it is expected to achieve energy savings and CO2 reduction by reducing the blower output. ■ It serves as a backflow prevention mechanism when the blower is stopped and can accommodate intermittent operation. It is also resistant to clogging. These are some of its features. This product is made in Germany and boasts high quality. By keeping distribution costs low, we can offer it at an affordable price. Membrane section: EPDM Main body: PP

The ultra-fine bubble ultra-high-performance aeration pipe "Fine Bubble" achieves the world's highest level of oxygen dissolution efficiency at 52% (at a water depth of 4m) and emits microbubble-level fine bubbles. It is a submersible type, so just connect it to a hose and drop it in for installation completion! In any case, it is a product that boasts easy installation, easy maintenance, and high dissolution efficiency. The ultra-fine bubble ultra-high-performance aeration pipe "Fine Bubble" is available in various lengths (from 0.33m to 3.0m). The ultra-fine bubble ultra-high-performance aeration pipe "Fine Bubble" responds to needs such as "wanting to enhance aeration capacity only during seasonal high-load periods," "wanting to maximize oxygen dissolution efficiency for energy-saving and power-saving," and "having difficulty installing regular aeration pipes in naturally dug lagoons and ponds." For more details about the ultra-fine bubble ultra-high-performance aeration pipe "Fine Bubble," please download the catalog or contact us.

The energy-saving surface aeration device "Waterlix" is particularly optimal for situations where it is difficult to install piping, such as in shallow water (below 3m) or in lagoons. One of the features of the surface aeration device is its ability to provide a stable supply of oxygen efficiently, regardless of water depth. By leading the pipes to the bottom of the tank, it achieves better agitation and aeration efficiency than conventional devices. It also resolves the issue of sludge accumulation often found in the corners of traditional devices. Additionally, a variety of models are available to accommodate different applications. Another advantage of the energy-saving surface aeration device "Waterlix" is that it can be installed without burying piping. The surface aeration device "Waterlix" is available in various power options ranging from 1.5 kW to 55 kW. For more details on the energy-saving surface aeration device "Waterlix," please download the catalog. It will definitely be useful in shallow aeration tanks.

The aeration device "Aerator," which is a completely maintenance-free type for drainage facilities, has a proven track record as an aeration device for drainage systems and does not clog. It has excellent non-clogging performance. **Features of the Aerator:** 1. The aeration device "Aerator" has no clogging issues that are typical with aeration pipes. 2. Since the aeration device "Aerator" does not clog, intermittent operation is completely flexible, and denitrification treatment is also possible. 3. The aeration device "Aerator" ensures that there is no accumulation of sludge at the bottom of the tank due to its powerful circulation action. 4. The aeration device "Aerator" has no moving parts that could cause malfunctions. Therefore, it is completely maintenance-free. 6. Moreover, compared to coarse bubble diffusers, it can reduce blower power consumption by over 25%. *For more details about the aeration device "Aerator," please request materials or contact our company. Thank you.*

Membrane Fine Bubble Aeration Pipe [Energy Saving Implementation Case for Food Manufacturing Plants] Due to the poor oxygen dissolution efficiency of a certain manufacturer's aerator that was previously installed, the electricity costs for wastewater treatment had become high. To reduce electricity costs, we introduced our membrane fine bubble aeration pipe "Pipeflex," which has a high oxygen dissolution efficiency. [Effects of Introducing the Membrane Fine Bubble Aeration Pipe] ■ Reduced conventional power costs from 25.7 kW to below 11 kW, resulting in a decrease of 14.7 kW. ■ By replacing with the membrane fine bubble aeration pipe, operation was achieved with just 1 out of the 5 units previously used with the conventional aerator. ■ On average, electricity costs were reduced to about one-third of the previous amount (over 70% cut). ■ Payback period for the introduction cost = approximately 0.2 years (recovered in just 2-3 months). *Note: Installation costs for piping are not included. *For more details on the Membrane Fine Bubble Aeration Pipe [Energy Saving Implementation Case for Food Manufacturing Plants], please contact us or download the catalog.