Consolidate various types of sludge for significant volume reduction! Unique Crelax treatment.
The "Krilak Treatment Method" is an environmentally friendly treatment method that easily solidifies, reduces volume, and stabilizes various types of sludge that are difficult to process, converting them into a sandy soil state that does not re-sludge in a neutral environment. The Krilak treatment transforms water-containing sludge into a gel-like solid while maintaining its moisture through chemical reactions with inorganic reagents. The ongoing condensation reactions from these chemical reactions lead to the reduction of volume and weight of the solid. This method allows for easy solidification and reduction of various types of sludge that cannot be effectively treated with coagulants in a neutral environment, resulting in significant cost savings and reduced transportation volume due to the change in form from sludge to solid. 【Features】 ○ Gel-like solidification in a short time ○ Reusable as soil ○ Safe and economical ○ Easily reduces solubility ○ Environmentally friendly (neutral treatment) For more details, please contact us or download the catalog.
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basic information
【Specifications (e.g., acrylic water-based paint waste)】 ○ Weight of treated material: 274.3g ○ Amount of clarifying agent used (per 1,000L of original sample): 80kg ○ Reduction rate (10 days after solidification): 70.5% ● For more details, please contact us or download the catalog.
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Applications/Examples of results
【Applications】 ○ Water area sludge (sediment) ○ Floating scum ○ Bentonite waste sludge ○ Roadside ditch and culvert cleaning sludge ○ Algal bloom ○ Wastewater sediment from chelating resin manufacturing in chemical plants ● For more details, please contact us or download the catalog.
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Kriens Industrial Co., Ltd. is proposing a new system in this era where we consider the global environment. In recent years, the accumulation of low-quality wastewater and algae, the increase in sludge discharged from construction work, factory waste sludge, fly ash, and soil contamination have become major contributors to environmental issues. We are working on a system to safely and quickly reduce and solidify these materials. By dewatering and reducing various types of difficult-to-handle sludge, we significantly contribute to reducing energy consumption in subsequent processes.