Objective: The wastewater treatment system at Furama Resort is designed and implemented to ensure effective wastewater treatment, contributing to environmental protection and improving the quality of resort services for customers.
Capacity: 450 m³/day.night
Target audience:
- Tourists and guests staying at Furama Resort.
- Residential community and environment surrounding the resort area.
Outstanding features:
- Advanced technology: The system uses modern wastewater treatment technology, ensuring high efficiency in removing pollutants and harmful bacteria.
- Integrated design: The system is designed in harmony with the landscape and architecture of the resort, without affecting the overall beauty of the resort.
- Efficient operation: The system operates automatically, minimizing human intervention, ensuring stability and energy saving quantity.
Benefits:
- Environmental protection: Minimize water pollution, protect the ecosystem and the health of the surrounding community.
- Improve service quality: Ensure a clean, fresh environment for customers, enhance the resort experience at Furama Resort.
- Comply with regulations: Ensure the resort complies with environmental and safety regulations.
Implementation steps:
- Survey and design: Assess the current status and design a system suitable for the resort’s wastewater treatment needs.
- Installation and implementation: Construction and installation of wastewater treatment equipment and systems.
- Trial operation Test: Check and adjust the system to ensure stable operation.
- Transfer and training: Guide the operation and maintenance of the system for resort management staff.
Expected results:
- Wastewater after treatment meets standards: Wastewater after going through the treatment system meets environmental standards.
- Improved living environment: Minimize pollution risks, improve the quality of the living environment around the resort.
- Customer experience: Bring a fresh and safe resort space to customers.
Implementation time: The project is expected to be completed within 8 months, from the survey stage until the system is operating stably.
