This set of wastewater treatment systems manufactured by YIMEI, deeply integrated with European standards, has officially departed from the production base and is heading to the Apennine Peninsula. This is not just a long journey of equipment, but a vivid interpretation of YIMEI’s mission to "connect the world through water technology."
Our partner this time is an Italian fruit juice enterprise with an annual output of over 100,000 tons of high-end fruit juice. To meet discharge standards, it faces multiple environmental challenges:
-
Fluctuating Wastewater Quality: pH levels are unstable (mostly acidic) due to seasonal production and varying fruit types, with high concentrations of suspended solids such as pulp, peel, and fibers.
-
Stringent Compliance Requirements: Must meet both the EU Industrial Emissions Directive (IED) and local special limits for nitrogen and phosphorus in the watershed.
-
Space Constraints: Many European factories were built last century, and the available area for renovation is less than 200㎡.
-
Intelligent Pretreatment: Microfiltration machines replace traditional grilles, increasing suspended solid removal rate to 95%. Real-time intelligent dosing systems stabilize fluctuating wastewater within a neutral range, protecting aquatic microbial communities.
-
Core Process for Enhanced Biodegradability: Breaks down macromolecular pectin and cellulose into easily degradable small molecules, tripling biomass in limited space and significantly boosting shock resistance.
-
Ultrafiltration Unit: Effluent suspended solids (SS) are below 10mg/L.
From Southeast Asia to the Middle East, and now to Europe, YIMEI’s wastewater treatment equipment has been exported to over 100 countries and regions worldwide. Every delivery is not just simple equipment transportation, but the in-depth integration of technical experience with local needs.
"Water quality issues know no borders. Regardless of the industry or water type, YIMEI’s core goal is always to provide customers with 'stable compliance, cost-effective and efficient' solutions."
