Presentation of explanatory materials on PFAS treatment: Effective purification technology at low cost and low burden.
A must-see for those struggling with PFAS treatment! Achieve adsorption filtration with complete automation using powdered activated carbon and a unique filter.
PFAS is a collective term for over 10,000 types of organic fluorine compounds, commonly used in items such as frying pan coatings and fire extinguishing agents. These substances raise concerns about cancer risks and are referred to as "forever chemicals" due to their difficulty in breaking down, leading to significant issues. Since April 2023, our company has been operating PFAS purification systems in Okinawa Prefecture, consistently working on water quality analysis, equipment design, and operation. The technology of ECO Clean LFP achieves effective treatment at low cost and with low environmental impact by utilizing a unique filter and powdered activated carbon. It addresses the challenges of conventional activated carbon treatment, including "difficulty in handling," "high disposal costs," and "low removal effectiveness." This document provides a clear explanation of PFAS treatment methods and more. 【Contents】 ■ What is PFAS? ■ PFAS treatment methods and key points for adoption ■ Introduction of PFAS purification systems and case studies ＼ Please click "PDF Download" to view the document ／
basic information
<Usage> Purification of organic fluorine compounds PFAS (such as PFOS/PFOA/PFHxS) Over 99.9% removal of PFOA, achieving below the detection limit for PFOS and PFHxS! *Results from preliminary lab tests <ECO Clean LFP Mechanism> - Functional powder is attached to a pleated filter → filters and adsorbs PFAS for removal - Separates harmful substances from wastewater → solidifies to significantly reduce costs - Fully automated process from attachment of activated carbon, filtration and adsorption, to cleaning and reattachment of activated carbon
Price information
★Free Sample Analysis Ongoing★ We will conduct sample analysis/tests using your actual materials. Please contact us through the form at the bottom of the page! Based on the analysis results of the treated water, we will customize solutions. We will propose the optimal equipment scale, powder usage, and pre/post-treatment for you. 【We will solve a wide range of water treatment challenges】 Waste plastics, PFAS, livestock wastewater, industrial waste treatment, food factories, ceramics, semiconductors, rubber release agents, testing liquids, etc. *For more details, please download and view the catalog.
Delivery Time
Model number/Brand name
High-precision adsorption filtration devices "ECO Clean LFP" and "ECO Clean mini LFP"
Applications/Examples of results
**Features** 1. Pleated Filter - The filtration membrane has a pleated shape, saving space. - The water flow rate of activated carbon is 1/200 of granular carbon (calculated value from our conventional laboratory tests). 2. Control Capability - Automatically and evenly attaches powdered activated carbon. - Automatically collects activated carbon after filtration. **Flow Technology Engineering's Water Treatment Solutions** 'Wastewater Treatment' By combining Flow Technology Engineering's unique technology with the specialized skills of partner companies, we comprehensively propose optimal solutions to customer challenges, whether for standalone devices or plant facilities. 'Labor Saving and Cost Reduction' Automation through system control of each device reduces the burden of work and proposes highly productive water treatment operations. Contributes to labor saving and cost reduction. 'Industrial Waste Reduction' Proposing efficient solutions tailored to water quality using adsorption technology with powdered activated carbon, oxidation decomposition technology with ozone, and dewatering technology for solid-liquid separation. Minimizes waste volume, promotes effective resource utilization, and reduces CO2 emissions. 'PFAS Treatment and Purification' PFAS, an organic fluorine compound, is becoming a social issue. Flow Technology Engineering achieves safe treatment and purification through its unique adsorption filtration technology that combines functional powders and filters.
Detailed information
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No need to replace the filter! It automatically cleans itself and can be reused. When the filtration capacity decreases, only the activated carbon (functional powder) is automatically replaced. The filter is not disposable; it can be automatically cleaned and reused.
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[ECO Clean LFP Mechanism] Functional powder (powdered activated carbon) is attached to a pleated filter → filtration Adsorption and removal of PFAS, BOD, COD, TOC, color, odor, harmful substances, VOCs, etc.
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High Adsorption Capacity Achieved high adsorption capacity through unique technology that maximizes the effectiveness of functional powders.
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[Complete Automation] Fully automated from activated carbon attachment, filtration adsorption, cleaning and stripping of activated carbon, to reattachment.
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Low Environmental Impact - Reduction of waste, reduction of CO2 emissions, reduction of processing costs - Carbon, nitrogen, and phosphorus are recyclable
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We will be exhibiting at Chemical Material Japan 2024. November 21 (Thursday) - 22 (Friday), 2024 Tokyo Big Sight, South Exhibition Hall, Booth Number: C-09 ----------------------------------- "The Optimal Solution for PFAS Treatment" Effective purification technology with low cost and low environmental impact We will introduce the innovative technology "ECO Clean LFP" that removes organic fluorinated compounds "PFAS" in a low-cost and environmentally friendly manner. By purifying with a filter that tightly adheres powdered activated carbon, we efficiently remove PFAS. You can see this process at our experimental seminar. Since April of last year, our company has been operating PFAS purification equipment in Okinawa Prefecture, establishing ourselves as a pioneering company in this field. Based on the valuable data and the latest trends obtained during this process, we will propose solutions for PFAS treatment.
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Line up（2）
| Model number | overview |
|---|---|
| PFAS Purification Device "ECO Clean LFP" | https://www.ryuki.com/eco_clean_lfp/ |
| ECO Clean mini LFP | https://www.ryuki.com/products/products-3085-2/ |
catalog（7）
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News about this product（2）
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We will exhibit at the 2024 New Environment Exhibition | May 22-24, 2024, Tokyo Big Sight
Ryuki Engineering will be exhibiting at the "2024 NEW Environmental Exhibition" held at Tokyo Big Sight from May 22 (Wednesday) to May 24 (Friday), 2024. -------------------------------------------------- We will once again have a booth designed with a café concept. We look forward to your visit. -------------------------------------------------- Exhibition: 2024 NEW Environmental Exhibition Date and Time: May 22 (Wednesday) to May 24 (Friday), 2024, 10:00 AM to 5:00 PM (until 4:00 PM on the last day) Exhibition Location: Tokyo Big Sight, East Hall 6, Booth Number: S629 Exhibition Theme: "The Optimal Solution for PFAS Treatment" - Effective purification technology with low cost and low impact We will introduce the innovative technology "ECO Clean LFP" that removes organic fluorinated compounds "PFAS" in a low-cost and environmentally friendly manner. By purifying with a filter that tightly adheres powdered activated carbon, PFAS is efficiently removed. You can see this process at our experimental seminar.
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The Ichihara Tech Center will be reborn as "Ryuki_Lab." in the fall of 2024.
The Ichihara Techno Center of Ryuki Engineering will be reborn. The new name will be 'Ryuki_Lab.' Completion is scheduled for autumn 2024. It will become the center of our research and development. The new facility will be expanded to approximately 1,126 square meters, boasting three times the current size. This expansion aims to accelerate innovations that address global environmental challenges, seeking to create solutions for a sustainable future through improved efficiency in research testing and further enhancement of technological development capabilities. ----------------------------------------------- Facility Name: Ryuki_Lab. Address: 2-15-4 Aoyagi, Ichihara City, Chiba Prefecture (relocation) Site Area: Approximately 1,126 square meters Total Floor Area: Approximately 1,399 square meters Scheduled Completion: Autumn 2024 -----------------------------------------------
