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Deodorizes acidic odor components such as sulfur compounds and fatty acids generated from edible oil manufacturing plants and food factories! This is a chemical agent specifically for scrubber treatment.

**Properties, Standards, Safety, and Environmental Impact (Excerpt)** ■ Appearance: Pale yellow transparent liquid ■ pH: 13.5±0.5 (25°C) ■ Specific gravity: 1.176±0.010 (25°C) ■ Viscosity: <5 mPa·s (25°C) ■ Functions: Odor reduction function, rust prevention function for equipment, scale formation prevention function, and performance stabilization function are provided. ■ Fire Service Law classification: Non-hazardous material ■ Poisonous and Deleterious Substances Control Law: Not applicable *For more details, please refer to the PDF document or feel free to contact us.*

The advantage of activated carbon filters is their ability to handle a wide range of odors, such as organic solvent smells, hydrogen sulfide odors, and tobacco smells! They can be customized according to the application.

Activated carbon filters are products that need to be replaced regularly. There are various types, and we will propose activated carbon filters that suit your needs. ■ GKF Filter ■ Flat-Type Activated Carbon Filter ■ Flex Carbon Filter ■ Honeycomb Carbon S Filter ■ Honeycomb Carbon Filter ■ Other Filters Pre-filters, medium-efficiency filters, HEPA filters, de-salting filters, etc.

Especially recommended for places where deodorants cannot be sprayed, such as animal-related facilities, various factories, art museums, and museums!

■ Device Overview - The chemical filter is used connected to the exhaust duct. - Available in floor-standing and ceiling-mounted types. - The replacement of the adsorbent is also easy, allowing for DIY work. ■ Price and Delivery - We will customize according to your environment and budget, so we will first provide you with a quote.

For those troubled by high-concentration odor in exhaust gases, the underwater contact deodorizer vigorously interacts with water to effectively capture odors and dust.

[You can use it in such places] ■ For primary treatment in sites where strong odors occur, such as fish meal and feed. ■ For exhaust gas treatment containing tar and resin generated from various drying processes. ■ For exhaust gas treatment generated during thermal processing of rubber and PVC products. ■ As a pest control measure in places like organic waste processors. ■ For deodorization of odor from pressurized flotation devices and sludge tanks in wastewater treatment. ■ Please feel free to consult us for anything else. [Note] ■ The standard suction fan is not corrosion-resistant. This does not apply if using a corrosion-resistant fan. ■ The standard blower is not explosion-proof. Please consult us if it will be used in an explosion-proof area. ■ The chemical dosing tank and pH meter are optional settings. ■ The basic body is made of stainless steel, but it can also be made of PVC or FRP. ■ Please understand that design changes may be necessary.

Let's avoid cooking odor complaints from neighboring residents and co-office occupants!

【Main Features】 ● Powerful deodorization ● No utility required ● Space-saving and lightweight ● Low pressure loss ● Non-combustible ● Long lifespan 【Tough Cam Specifications (Deodorizing Material Specifications)】 Material: Honeycomb structure primarily composed of clay minerals (non-combustible ceramic) Dimensions: 94×94×31t Weight: 78g Cell count: 260 cells/inch *Specifications are subject to change without notice. *Dimensions and weight are representative values.

Ideal for edible oil manufacturing plants! It deodorizes acidic odor components such as sulfur compounds and fatty acids. *This is a special agent for scrubber treatment methods.

[Properties, Planning, Safety, Environmental Impact] ● Appearance: Yellow or pale yellow transparent liquid ● pH: 13.5±0.5 (25°C) ● Specific gravity: 1.176±0.010 (25°C) ● Viscosity: <5 mPa·s (25°C) ● Functions of this product: It has odor reduction functionality, rust prevention functionality for equipment, scale formation prevention functionality, and performance stabilization functionality. ● Solubility: Dissolves in water at any ratio. ● Fire Service Law classification: Non-hazardous material ● Human health hazards: Due to the high pH of the chemical, avoid direct contact with skin. Use in an environment where the mist of the chemical does not come into contact with the skin. If contact occurs, wash thoroughly with running water. ● Poisonous and Deleterious Substances Control Law: Not applicable ● Wastewater treatment method: ● If there is wastewater treatment equipment installed within the facility, it can be discharged after confirming the treatment conditions. ● When discharging into the sewer, it is necessary to meet the regulatory values of the sewer law of the prefecture where the facility is located. ● Drainage wastewater generally cannot be discharged directly into rivers.

We will convert the invisible "smell" into data, analyze and understand it, and propose measures to combat unpleasant odors. It is recommended to take action before complaints arise.

[Flow for Understanding Odor Situation] ● Odor Monitoring ● - Odor Monitoring: The quality and intensity of odors are monitored using the sense of smell of an odor judge. - Field Mapping: While monitoring odors, we visit factories and facilities to create an odor occurrence distribution map that records the quality and intensity of odors. ● Odor Index Measurement ● - At the identified odor sources clarified through field surveys, the odor index is measured using the "three-point comparison odor bag method" as per the Odor Control Law. ● Calculation of Odor Emission Intensity (OER) ● - The odor emission intensity (OER) is calculated from the measured odor index and exhaust air volume, clarifying the priority of odor countermeasures. ● Measurement of Odor Component Concentration ● - To formulate specific deodorization measures, qualitative and quantitative analysis of problematic odor components is conducted. ● Analysis of Odor Component Content Ratio ● - The ratio of malodorous components in the exhaust is clarified from the concentration of odor components. ● Proposal of Appropriate Measures ● - We propose appropriate measures tailored to the customer's equipment conditions and the odors generated. ● Odor Dispersion Simulation ● - We conduct simulations predicting the dispersion of odors before and after odor countermeasures.