Engineered to deliver high solids capture rates and maximum cake dryness, these primary systems are optimized for deployment across municipal plants and extraction industrial operations in Alberta.
High-torque screw configurations engineered for continuous dewatering of organic municipal and food processing sludge with minimal wear.
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Heavy-duty commercial systems optimized for local industrial plants. High throughput and lower energy consumption per dry ton.
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Advanced DAF systems offering superior solid-liquid separation for oily wastewater, grease, and suspended solids clarification.
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Integrated municipal-grade dewatering platforms engineered to withstand extreme winter temperatures in Western Canada.
Inquire NowAs the municipal and industrial hub of southern Alberta, Calgary faces unique challenges in wastewater management. Regulatory pressures from Alberta Environment and Protected Areas (AEPA) dictate strict limits on total suspended solids (TSS), biological oxygen demand (BOD), and nutrient recovery. Under the Environmental Protection and Enhancement Act (EPEA), local industries are compelled to adopt state-of-the-art dewatering strategies to divert sludge from landfills.
Furthermore, Calgary’s climatic extremes require specialized engineering. Equipment operating at facilities like the Bonnybrook Wastewater Treatment Plant must handle severe thermal fluctuations. Standard off-the-shelf machinery often fails due to cold-weather grease thickening and poor polymer activation. Thus, custom-engineered sludge treatment systems with localized integration, winterized heat tracing, and robust construction are essential.
From the food and beverage industry along the Bow River basin to the upstream oil and gas operations surrounding the Calgary-Edmonton corridor, the demand for highly efficient sludge volume reduction has escalated. Reducing volume from 80% water content to 35% granular dryness not only achieves compliance but also lowers transportation and disposal costs dramatically.
The modern paradigm views sludge not as a liability, but as a secondary resource. Our engineering roadmap implements a three-stage mitigation flow to optimize operational expenditure.
By utilizing advanced Dissolved Air Flotation (DAF) systems, suspended colloidal matter and free oils are separated. This steps up solids concentration from 0.5% up to 4-6%, minimizing hydraulic load on subsequent equipment.
Our multi-disc screw presses and decanter centrifuges deploy progressive physical shearing force. This liberates bound interstitial water, producing a cake with 20% to 25% dry solids concentration (DS).
The dewatered cake is processed through automated sludge dryers (reducing moisture to ~35%). The resulting low-volume granular product is converted into Class A biosolids, suitable for agricultural land application or co-firing at cement plants.
Guangdong Xinjieyuan (XJY) delivers engineered environmental packages that tackle air, water, and solid wastes simultaneously to help clients achieve a circular economy.
In view of the situation that the odor in agriculture, chemical industry, medical treatment, food, mining industry, electroplating and other industries disturb residents, XJY company has developed the "BDS intelligent deodorization System", which is highly intelligent, deodorized with high efficiency, unattended and automatic operation. Solve the odor problem for many enterprises and local governments, create a harmonious environment for economic development.
For municipal sludge disposal, industrial sludge disposal, polluted black and smelly water sludge dredging treatment to provide a complete solution, XJY company has built and operated a number of sludge drying reduction projects, treated it from the 80% moisture content sludge, drying into about 35% moisture content powder granular raw materials, transported to cement plants, thermal power plants, fertilizer plants and other resources utilization.
In view of the water resources shortage, poor water quality, water pollution and other situations, XJY company has developed the "WPS intelligent water purification system", this system design is scientific and reasonable, smart and efficient, widely used for home, hospital, school, community, factory and other drinking water purification, agricultural, rural, industrial, living and other wastewater treatment. For water purification, energy saving and emission reduction, water reuse, resource reuse, etc., to provide the exact support!
We are professional in environmental protection equipment research development and manufacturing, water treatment, waste gas treatment, sewage sludge treatment and other fields. As a comprehensive environmental science and production enterprise, we have established a proven professional operation team with abundant project constructions, integrating the entire supply chain with multi-dimensional service capabilities.
We are focused, so we are professional! Our company always insists on technological innovation and excellent quality, securing environmental protection qualification certificates and scientific technological achievements. We hold professional contracting qualifications, safety production licenses, and ISO-certified management systems (Quality, Environmental, Occupational Health and Safety).
Through our advanced China Factory 4.0 facility, we leverage high automation, robotic structural welding, and centralized supply chains. This delivers exceptional cost savings, reliable structural tolerances, and faster lead times than traditional North American manufacturers.
Navigating overseas procurement requires absolute transparency and compliance. We ensure that our equipment is ready for integration into Calgary industrial and municipal infrastructure.
All control cabinets are built with components that meet CSA C22.2 No. 14, UL 508A, or CE safety certifications, facilitating seamless local field inspection and utility connection in Alberta.
We provide full-process logistics management, handling ocean freight, customs clearance at Port of Vancouver, rail transfer to Calgary, and delivery directly to your job site.
Equipped with integrated PLCs featuring remote telemetry interfaces. Our engineers can perform system diagnostic checks, optimize polymer dosing settings, and troubleshoot remotely.
Clear, detailed answers regarding the engineering configurations and deployment parameters of our industrial wastewater treatment line.
Explore our full line of solids separation, dewatering, drying, and primary clarification systems. Each is built in our certified Factory 4.0 facility to meet demanding application specifications.
High-speed solid bowl decanting centrifuges for oilfield mud dewatering and municipal primary digestion treatment.
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High G-force centrifuges built with wear-resistant tungsten carbide tiling for abrasive mining and tailings slurry.
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Low-temperature belt dryer systems that capture waste heat for energy-efficient thermal reduction of municipal biosolid cake.
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Engineered paddle and drum drying technologies optimized to reduce hauling and disposal costs.
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Turnkey industrial wastewater treatment lines configured for chemical precipitation and biological removal.
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Pre-engineered industrial treatment systems designed for rapid deployment and compliance with municipal sewer regulations.
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Modular biological treatment plants using MBR/MBBR technology, ideal for remote industrial camps and small municipal districts.
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Heavy-duty belt gravity thickeners and filter presses engineered for high-volume mining sludge dewatering.
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High-pressure belt systems designed for continuous, reliable dewatering of mining and chemical sludges.
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Comprehensive, custom-engineered processes integrating separation, conditioning, and final dewatering steps.
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Robust reverse osmosis (RO) systems built for deep water recovery and desalination in industrial processes.
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Engineered configurations featuring high shearing zones to achieve optimal cake dryness for industrial waste.
Inquire NowGet in touch with our engineering team to receive a tailored configuration plan, detailed drawings, and a competitive manufacturing proposal.
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