エイチツー List of Products and Services

●Reusable PVC punching processing We received an inquiry from a certain industrial waste treatment plant, stating, "We want to remove the sludge contained in the waste acid to protect pumps and other equipment." Since there is a possibility of corrosion with metal materials, we custom-manufactured a filter made entirely of PVC. The user requested that the filtration system be reusable and washable, rather than using bags or cartridges, so we created a basket with PVC punching. The mesh size was also manufactured according to the user's specifications. ●Easy to clean. Denden bolt specification By using a denden bolt for the opening and closing of the lid, we devised a way for operators to safely and easily clean the strainer. The interior is completely sealed with a gasket, and the pressure resistance is designed to match that of the transfer pump. H2 has extensive experience in sludge removal at industrial waste treatment facilities and surface treatment plants.

• Wastewater/wastewater treatment equipment

● Semi-custom made! We received an inquiry from Company S, a chemical plant, regarding the replacement of their aging polymer coagulant dissolution device. The existing polymer coagulant dissolution device frequently experienced bridging (solidification), and there were many issues, such as the need to add coagulant using a cup. At H2, we conducted thorough hearings with the user and proposed the latest model of polymer coagulant, which was adopted with consideration for the user's usability. ● If you are having trouble with polymer coagulant dissolution devices, please consult us. The main changes in specifications are: 1. The dissolution tank is made of SUS. 2. The hopper is made of SUS. 3. Areas with operational accident risks, such as the drive unit, will be secured with locks according to user specifications. We mainly made the above three specification changes. H2 specializes in "semi-custom" manufacturing tailored to user needs, not only for polymer coagulant dissolution devices. Please feel free to consult us.

• Other pumps

●Cleared all requirements for installation space, safety regulations, and costs! We received an inquiry for a neutralization system for air conditioning drain water from major glass manufacturer A. Processing capacity: 0.2m3/h, pH: 2.5～. At H2, we conducted thorough hearings with the user to ensure compliance with their safety regulations and installation space, holding multiple meetings. ●Custom-made production - The control panel was designed with usability in mind and to fit within the budget. - The neutralization tank is made of PE, also considering cost balance. - The chemical tank is designed larger to minimize the need for frequent chemical replenishment. - Space-saving design We manufactured it to meet all the user's requirements.

• Other pumps

● Neutralization of strong acid in a 500×500 space A major construction machinery manufacturer consulted us, asking, "Could you create a unit for transporting AdBlue?" The construction machinery (such as cranes) is expected to be used in locations without power, and they requested that the transport unit be battery-operated. We proposed using the electric diaphragm pump model SS, which has a proven track record with urea solution, housed together with the battery and nozzle inside a box. ● Compact neutralization device for H2 1. The metering pump is used for both the injection pump and the raw water pump. By neutralizing in small amounts, we ensured reliable neutralization without leaning towards alkalinity. 2. To be installed in the pathology room, we designed the device to also accommodate the polycan of the neutralizing agent (caustic soda), while minimizing operational noise. 3. Since off-the-shelf stirring machines could not meet our needs for the neutralization tank, we manufactured our own, contributing to space-saving. 4. The simple control panel allows for easy operation. Additionally, the stirring machine can adjust its rotation speed with an inverter, enabling it to accommodate changes in processing volume.

• Wastewater/wastewater treatment equipment

●I want to supply water in a place without power. We received a request from a construction machinery manufacturer to "create a unit for transferring AdBlue." Construction machinery (such as cranes) is expected to be used in locations without power, and there is a request for a battery-operated transfer unit. We proposed using the electric diaphragm pump model SS, which has a proven track record with urea water, housed together with the battery and nozzle inside a box. ● Operates for 150 minutes on a full charge. This equates to approximately 3000 liters of water supply. The design ensures that the battery, gun nozzle, suction hose, and discharge hose all fit inside the box. The pump specifications allow for a transfer rate of 20L/min over a distance of 20m, and it is equipped with a heater to accommodate use in remote areas. It also serves to prevent the freezing of AdBlue. With a full charge, it can operate for 150 minutes, allowing for the transfer of approximately 3000 liters of urea water. (DC24V) Additionally, charging can be done using the included charger, which can connect to DC12V or 24V, or to a 100V outlet for charging, making it a multi-charge type.

• Other pumps

● Custom-made dispenser with a user experience similar to a gas station We received an order from an automotive manufacturer for a dispenser to be used for AdBlue (urea water). We manufactured a custom dispenser equipped with special features tailored to the manufacturer's needs. ● We have extensive experience in the design and manufacturing of AdBlue-related equipment. 1. A flow control BV is installed, designed for easy access to flow adjustment by the user. 2. The auto-stop gun nozzle is sourced from Elaflex (Germany) and is designed for easy removal to allow refueling with various gun nozzles. 3. Refueling AdBlue (urea water) can be done simply by inserting the hose into the cubitainer without opening the lid, equipped with a suction pump. 4. The body and storage tank are made entirely of stainless steel. Additionally, to allow the equipment to be used in different locations in the future, the drain pan (SUS) is designed to accommodate a forklift for easy transport.

• Other pumps

●Cooling 100℃ boric acid and aluminum phosphate-containing water and transferring it with a submersible pump We received an inquiry from a wood processing manufacturing company in Fukuoka Prefecture, stating, "We would like to transfer a chemical fluid containing boric acid and aluminum phosphate at 100℃ from a drum using a submersible pump." The concentrations were each below 20%, but we proposed the JCVH type, which has high corrosion resistance due to its epoxy coating, considering both temperature and corrosion resistance. ●Cooling from 100℃ to 95℃ for transfer! The heat-resistant submersible pump JCVH type has a heat resistance temperature of 95℃, so they were satisfied with the operation of lowering the 100℃ hot water to 95℃ for use. We received feedback that they have been able to transfer without any issues after the installation.

• Other pumps

●I want to transport different types of liquids with one pump! We received an inquiry from Company T in the Kanto region, stating, "We want to transfer curing agent A and liquid B with one pump." The chemicals need to be mixed in equal amounts, with water glass and curing agent, and it was necessary to ensure corrosion resistance, pressure, and accurate dosing. By welding the connector on the suction and discharge sides of the photo department to seal it, we changed the structure so that the fluid drawn in from one side of the head is discharged alone without merging. ●A site that needed two pumps can now operate with just one! A site that previously used two pumps for transfer can now operate with one, achieving cost reduction and space-saving. There have been no issues due to the single-sided head design, and it is operating smoothly.

• Other pumps

●Transporting 95℃ boiler wastewater with a heat-resistant submersible pump We received an inquiry from a trading company in Shizuoka Prefecture, stating, "We would like to transport 95℃ weak alkaline boiler wastewater." We proposed the JCVH type submersible pump, which has a proven track record for handling boiler wastewater at 95℃. They appreciated its reliability and ease of use, leading to its adoption. After implementation, the feedback was positive, and they quickly placed a repeat order for another unit, resulting in a highly satisfactory case.

• Other pumps

●We want to recover floating oil from high-temperature wastewater in a narrow pit. Until now, workers have been recovering oil from the high-temperature wastewater accumulating in the pit using tools like a "hishaku" (a ladle). Due to the high temperature and the dangers of working above the pit, they were troubled about how to recover the floating oil. Therefore, H2 proposed a combination of the ADD type air diaphragm for high temperatures and a custom-made recovery float. This was accepted after a satisfactory demonstration on-site. ●The float was manufactured to fit the pit, made entirely of SUS316 material. We determined the float size to fit the narrow pit, and since it would be exposed to corrosive liquids and high temperatures, it was constructed entirely of SUS316. The processing of the funnel part of the float was particularly challenging, but we completed it without issues. H2 offers the "H-FR" series of pump skimmers, but if the size does not fit or if material considerations are necessary, we can flexibly accommodate custom requests. We have a wealth of experience, so if you are struggling with floating oil or debris, please feel free to contact us.

• Other pumps

●Drainage from the underground tank to the above-ground tank. Alarm system also ordered. We received an order for a drainage system, including polyethylene tanks, from an industrial equipment manufacturing factory. The drainage accumulating in the underground pit is detected by a level sensor, pumped up, and stored in the above-ground tank (6000L). When the drainage in the above-ground tank accumulates, an alarm sounds from the control panel installed in the clean room. We manufactured and constructed this system. In particular, the control panel is a crucial part of the drainage treatment system that affects the usability for the administrator. We conducted thorough meetings before production, resulting in a plant construction that achieved high user satisfaction. ●You can also trust us with tank installation and plant systems. H2 is not only a pump manufacturer but also specializes in equipment and plants. For this project, we were entrusted not only with the tanks but also with the installation and the system, including the control panel. By entrusting us with everything as a package, we can grasp the entire system, allowing us to propose low-cost solutions that meet user needs. If you are wondering, "Where should I ask for help?" please feel free to leave it to H2.

• Other pumps

● Increased treatment volume of dialysis wastewater and replacement of neutralization treatment equipment We received an inquiry from a clinic in the Kansai region regarding the update of neutralization equipment due to the increase in dialysis wastewater treatment volume. The existing system was a neutralization treatment device from Company T, but due to a greater emphasis on responsiveness rather than price advantages, they decided to consider and place an order for our replacement. Since the site had limited space, it was necessary to devise a solution, such as splitting the raw water tank into two, to neutralize the increased treatment volume. ● Installation of neutralization equipment that meets treatment volume requirements in limited space The neutralization was done on both the alkaline side with caustic soda and the acidic side with dilute sulfuric acid, using our company's chemical injection pump. Thanks to its stable performance, it was operated with just one unit, eliminating the need for a backup machine. Additionally, the control panel size was compacted to about half of the conventional size, contributing to space-saving. The transfer from the raw water was also done using a submersible pump instead of a land pump, further saving space. Maintenance space was adequately provided, taking into consideration future electrode calibration and regular maintenance handling.

• Other pumps

●Is there any way to deal with the frequently breaking pump? Due to various circumstances, the drain from the jacket of the reaction vessel could not be directly laid to the drainage ditch. Instead, it was first collected in a drainage pit and then pumped out to the drainage ditch using a submersible pump. Considering the possibility of the submersible pump breaking, we were using it while flowing cooling water, but the pump frequently broke due to heat. Therefore, we considered the JCVH-40 model, which can handle temperatures up to 95°C, and it was adopted with a float specification.

• Other pumps

We received a request for a temporary receiving tank for wastewater containing oxalic acid and received an order from a major semiconductor manufacturing factory. Since it is wastewater containing oxalic acid, we confirmed corrosion resistance and finalized the nozzle layout after several on-site meetings. H2, as a pump manufacturer, is also skilled in equipment and plant work, and although the work took place in a clean room, we accepted the order from tank delivery and installation to piping construction. *For more details, please refer to the PDF document or feel free to contact us.

• Other pumps

Even for custom products (PVC processed items), H2 quickly and affordably designs and manufactures high-quality products! We processed slits to allow for the insertion and fixation of aluminum plates inside the tank, rather than just a simple storage tank. The material of the tank is the most important selection point for corrosion resistance, but in this case, a proposal using PVC (or PVDF) is better due to its high processing flexibility. To fit into the limited space, we repeatedly discussed the shape and size before receiving the order. Customers who have been turned away by other companies or are not satisfied with the price or service are welcome to consult with us!

• Other pumps

We received an order and delivered a filtration system for industrial water for a certain association. The existing filter was made of iron and painted, and due to aging, it frequently caused water leaks. The new system was designed to be made entirely of stainless steel, making the removal and installation process easier. We also took on the removal and disposal of the existing filter, as well as the extraction and filling of the filtering material by a local vacuum service. While the piping work was handled by a local contractor, our company's flexibility in on-site installation and construction is one of our strengths. [Case Study] ■ Delivery: A certain association in the Tokai region ■ Purpose: Filtration of industrial water *For more details, please refer to the PDF document or feel free to contact us.

• Filtration Equipment

We received an inquiry from a car parts factory in Aichi Prefecture regarding the removal of sludge that occurs in bonding liquid. The amount of sludge was 1 to 2 bags (1t to 2t) per month, but they wanted to do this without incurring running costs, so we proposed the "Edge Wire Filter." This method has a proven track record in the carbon prevention process of another car parts factory, using a self-backwashing specification, and was adopted after several tests. [Case Study] ■ Delivery: Car parts factory in Aichi Prefecture ■ Application: Circulation filtration of sludge contained in bonding liquid ■ Model: Edge Wire Filter *For more details, please refer to the PDF document or feel free to contact us.

• Filtration Equipment

We received an order for the complete pH neutralization treatment, including construction, from a major ready-mixed concrete factory in the Shinshu area due to an increase in processing volume. Since it is alkaline wastewater, only the acid side (sulfuric acid) was controlled. The raw water had a pH of 12, and the processing volume was 3m³/h, but it was designed compactly. We undertook the local construction, and all installation, electrical work, and piping were completed by our company. Along with cost advantages, our numerous achievements and the ability to complete the entire construction process are our company's strengths. [Case Study] ■ Delivery: Major ready-mixed concrete factory in the Shinshu area ■ Application: Neutralization treatment of alkaline wastewater ■ Model: Neutralization treatment plant *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment equipment

We received a request from a wood processing factory in Gifu Prefecture for the transfer of a high-viscosity liquid (adhesive). Although it had a viscosity of 50,000 CP, our company conducted tests and confirmed that the transfer could be done using a drop-in method (where the fluid is above the pump and flows in naturally), leading to the decision to proceed with the implementation. After conducting a lab test with the actual liquid, you can determine whether the transfer is feasible, so if you have concerns like "Can this liquid be transferred?" please consult with H2 first! [Case Study] Delivery: Wood veneer processing factory in Gifu Prefecture Application: Transfer of adhesive for decorative paper for panels Model: ADD-25-SS-TST *For more details, please refer to the PDF document or feel free to contact us.

• Water treatment equipment

We design and manufacture various custom devices for handling AdBlue, including self-weight drop hoses and pumps. We received an order for a testing device to evaluate the durability of urea water tanks (made of resin) intended for passenger vehicles from an automotive parts manufacturer. The successful delivery of a custom dispenser to an automobile manufacturer was a key factor in our adoption. Since refilling at gas stations is anticipated, we produced the device to allow testing with nozzles from Tatsuno, ELAFLEX (Germany), and PIUSI. Additionally, we implemented control for the discharge amount using feedback and feedforward for each nozzle. [Case Study] ■ Delivery: Automotive parts manufacturer ■ Application: Testing device for onboard urea water (AdBlue) tanks *For more details, please download the PDF or feel free to contact us.

• Other pumps

A major automotive parts manufacturer consulted us during the design of a new complete recycling system for bonding liquid (zinc phosphate) wash water. Based on our extensive experience with bonding liquid, we proposed a filtration system. "The filtering is done on the pump suction side, preventing sludge from flowing into the pump and reducing troubles." "A dual system allows one unit to operate while the other is being cleaned." "The adoption of the optimal filter," among other factors, was appreciated, and due to our prior transactions involving pumps and filters, our proposal was accepted. [Case Study] ■ Delivery: Automotive parts manufacturer O Company ■ Application: Sludge filtration of bonding wash water ■ Model: Bag filter housing (SUS) + filter, a total of 2 units *For more details, please refer to the PDF document or feel free to contact us.

• Filtration Equipment