Clean Water Dynamics Kosova L.L.C

Mechanical Treatment Upgrade - Coarse Screen Installation at WWTP Peja We are pleased to announce the signing of a contract for the installation of a new coarse screen at WWTP Peja. This upgrade will directly impact the plant’s mechanical treatment process by improving the filtration of larger solids from the wastewater. The new system will help ensure better performance and compliance with environmental standards. We look forward to the successful completion of this important project. #WWTPPeja #CoarseScreen #WastewaterTreatment #InfrastructureUpgrade

Dosing Station at Water Treatment Plant in Kline CWD Kosova has completed the purchase and installation of a new dosing station at the Kline Water Treatment Plant. Designed for a capacity of 150 liters per second, the system is now undergoing testing to ensure precise chemical dosing, improved water quality, and optimized treatment processes. #WaterTreatment #CWDKosova

Project Update: WTP Scraper Bridges - WTP Klin? We are now in the commissioning phase of our project. This is the final step where we test and fine-tune the Scraper Bridges to ensure they work correctly. #Environmental

Water Drinking Plant in Klin?. Final stage of Construction... CWD Kosova in the role of supervision of the Civil and Mechanical Works, inlc. commissioning phase. ??

Wet Wipes: A Growing Challenge for WWTPs Wastewater treatment plants are increasingly struggling with wet wipes, which are often not accounted for in the design of the mechanical treatment phase. These wipes do not disintegrate easily, leading to equipment blockages, breakdowns, and increased maintenance costs. Our solution: Integrating specialized grinding equipment into the treatment process to handle wet wipes efficiently, protecting vital systems and improving plant performance. Let's ensure WWTPs are equipped to handle this ongoing challenge with the right technology.

Wastewater Treatment Plant for the Food Industry In the food industry, wastewater is loaded with organic materials, fats, oils, grease (FOG), and nutrients that need to be treated before being safely released into the environment. A specialized WWTP handles this efficiently, ensuring compliance with environmental standards. Key Features: 1. Pre-treatment: Removes large solids and separates fats, oils, and grease. 2. Primary Treatment: Settles out suspended solids to reduce organic load. 3. Biological Treatment: Uses microorganisms to break down organic pollutants, with options for both aerobic and anaerobic processes. 4. Tertiary Treatment: Ensures high-quality effluent through filtration and disinfection, with added nutrient removal when needed. 5. Sludge Management: Treats and dewaters sludge for easy disposal or reuse, including energy recovery through biogas production. Benefits: - Efficient organic and nutrient removal. - Energy recovery via biogas. - Water reuse options for non-potable applications within the plant. - Automation through SCADA systems for optimal operation and control. Our WWTPs provide a cost-effective, eco-friendly solution tailored to the food industry’s unique wastewater challenges, ensuring sustainable operations and regulatory compliance.

Equalizer Tanks of Industrial WWTP's A wastewater treatment plant (WWTP) using the activated sludge process treats sewage and industrial waste through a biological process. The treatment begins with ''pre-treatment'', where large debris is removed through screening, followed by grit removal to eliminate heavy solids like sand and gravel. In the ''primary sedimentation'' stage, the flow is slowed to allow heavier solids to settle as sludge, which is then removed. In industrial WWTPs, ''equalization tanks'' play a crucial role. They stabilize the flow rate by smoothing out fluctuations from varying industrial processes, ensuring a consistent flow to the treatment system. These tanks also balance pollutant loads by homogenizing the wastewater's quality, protecting the downstream treatment processes from shock loads. Additionally, equalization tanks regulate pH levels and temperature, safeguarding the microorganisms in the activated sludge process. They provide surge control by holding excess volumes during production surges, preventing overloading of the treatment plant. By maintaining steady feed conditions, equalization tanks optimize the performance and efficiency of the WWTP, ensuring reliable compliance with discharge regulations.

Project Update: WTP Scraper Bridges- WTP Klin? We are pleased to provide an update on our latest project involving the design, production, installation, and testing of Scraper Bridges for Water Treatment Plants (WTP). Design Phase: Our team has developed detailed and precise designs to ensure optimal performance and efficiency tailored to the specific needs of wastewater treatment facilities. Production Phase: We have successfully transitioned from design to production, employing advanced manufacturing techniques and high-quality materials to construct robust and reliable Scraper Bridges. Installation Phase: Our installation experts are currently overseeing the integration of these Scraper Bridges into existing infrastructure, ensuring a seamless and efficient setup with minimal disruption to plant operations. Testing Phase: Rigorous testing protocols are being conducted to validate the functionality, safety, and performance of the Scraper Bridges, ensuring they meet all operational standards and regulatory requirements. We are committed to delivering excellence at every stage of the project and look forward to the successful completion of this critical infrastructure. For more information, please contact us at : [email protected]

Technical Visit to Industrial Water Treatment Plant in Manisa, Turkey ______________________________________________ During a visit to the Industrial Wastewater Treatment Plant in Manisa, Turkey, We had the opportunity to observe the technical processes involved in wastewater treatment up close. This plant utilizes an activated sludge process, where equilazers play a crucial role in optimizing the treatment. The modern technologies used for filtration, decantation, and disinfection of industrial wastewater are among the most advanced. The plant’s engineers introduced us to the main treatment stages and explained the operation of the equipment and methods used to ensure that the treated water meets environmental standards. This visit demonstrated the plant's commitment to sustainable environmental practices and the importance of the wastewater treatment process in environmental protection.