WeMe’s project execution process

How many steps does a wastewater treatment and water treatment project include? WeMe – An environmental company specializing in providing wastewater treatment and water treatment services using today’s advanced technologies. Let’s learn about the implementation process of a wastewater treatment company with WeMe right now!

Introducing WeMe’s wastewater and water treatment services

WeMe is a wastewater treatment company that has been operating in the market for many years. We have experience in constructing wastewater and water treatment projects for many large and small businesses across the country. Typical services of WeMe include:

• Domestic wastewater treatment: restaurants, hotels, resorts, residential areas, companies, offices, industrial parks, etc.
• Medical wastewater treatment: hospitals, clinics, medical stations, etc.
• Industrial wastewater treatment: wastewater from iron and steel production, concrete wastewater, food production, etc.
• Food processing wastewater treatment: slaughter wastewater, vermicelli production wastewater, seafood processing, etc.
• Aquaculture wastewater treatment: fish, shrimp, etc.
• Livestock wastewater treatment: pigs, cows, poultry, etc.
• Water treatment for domestic and production activities, etc.

Some typical wastewater and water treatment projects of WeMe

With a team of highly specialized experts and engineers with many years of experience in the industry, WeMe always strives to research and accumulate experience to bring advanced technological solutions, optimizing treatment efficiency and costs for customers. We are proud to have been trusted and chosen by many domestic units to accompany them in solving problems related to wastewater and water supply. Here are some typical projects in WeMe’s fields:

Domestic wastewater treatment

Wastewater treatment system installation project for Casa Marina Resort

• Treatment capacity: 20m3/day.night
• Wastewater type: domestic wastewater of the resort
• Project output water quality requirements: QCVN 14:2008/BTNMT column A
• Project construction site: Casa Marina Resort, 01 Ghenh Rang, Quy Nhon City, Binh Dinh Province
• Investor: AnphaTek Joint Stock Company

Wastewater treatment system installation project for Vietnam Electric Cable Joint Stock Company

• Treatment capacity: 20m3/day.night
• Wastewater type: domestic wastewater of the factory
• Project output water quality requirements: QCVN 14:2008/BTNMT column B
• Project construction site: CADIVI Central Factory, Road No. 2, Hoa Cam Industrial Park, Cam Le District, Da Nang City
• Investor: Vietnam Electric Cable Joint Stock Company

Project to install wastewater treatment system for Tran Gia Private Enterprise

• Treatment capacity: 20m3/day.night and 35m3/day.night
• Wastewater type: restaurant wastewater
• Project output water quality requirements: QCVN 14:2008/BTNMT column B
• Project construction site: Bac Tuong Dai 2/9 Park, Hai Chau District, Da Nang City
• Investor: Tran Gia Private Enterprise

Livestock wastewater treatment

• Project to install wastewater treatment system for It Ong Livestock Cooperative
• Treatment capacity: 120m3/day.night
• Wastewater type: pig farming wastewater
• Project output water quality requirements: QCVN 62-MT:2016/BTNMT column A
• Project construction site: It Ong Commune, Muong La District, Son La Province
• Investor: It Ong Livestock Cooperative Ong

Medical wastewater treatment

• Wastewater treatment system installation project for Tam Phuc General Hospital
• Treatment capacity: 75m3/day.night
• Wastewater type: domestic wastewater and hospital medical wastewater
• Project output water quality requirements: QCVN 28:2010/BTNMT column B
• Project construction site: 82A Ngo Si Lien, Duc Thang Ward, Phan Thiet City, Binh Thuan Province
• Investor: Tam Phuc General Hospital

Project to install wastewater treatment system for Thanh Khe District Medical Center

• Treatment capacity: 5m3/day.night
• Wastewater type: domestic wastewater and medical wastewater of the center
• Requirements for the output water quality of the project: QCVN 14:2008/BTNMT column B
• Project construction site: K62/32 Ha Van Tap, Thanh Khe District, Da Nang City
• Investor: Huy Hoang International Investment and Trading Joint Stock Company

Aquaculture wastewater treatment

Wastewater treatment system installation project for My Hanh Ganh Hao Private Enterprise

• Treatment capacity: 10m3/day.night
• Wastewater type: aquatic wastewater
• Project output water quality requirements: QCVN 14:2008/BTNMT column B
• Project construction site: Ganh Hao Town, Dong Hai District, Bac Lieu Province
• Investor: My Hanh Ganh Hao Private Enterprise

Industrial wastewater treatment

Wastewater treatment system installation project for My Viet Industrial and Trading Company Limited

• Treatment capacity: 360m3/day.night
• Wastewater type: steel production wastewater
• Project output water quality requirements: QCVN 52:2013/BTNMT
• Project construction site: My Viet Industrial and Trading Company Limited factory, Lac Dao Commune, Van Lam District, Hung Yen Province Yen
• Investor: My Viet Trading and Industry Co., Ltd.

Project to install wastewater treatment system for Nghi Son Iron and Steel Joint Stock Company

• Treatment capacity: 700m3/day.night
• Wastewater type: wastewater from iron and steel production
• Project output water quality requirements: QCVN 40:2011/BTNMT column B
• Project construction site: Nghi Son Iron and Steel Joint Stock Company’s factory, Nghi Son Iron and Steel Complex – Nghi Son Economic Zone, Hai Thuong Commune, Tinh Gia District, Thanh Hoa Province
• Investor: Nghi Son Iron and Steel Joint Stock Company

Project to install wastewater treatment system for Tien Phat Construction Consulting Co., Ltd.

• Treatment capacity: 10m3/day.night
• Wastewater type: concrete wastewater
• Project output water quality requirements: QCVN 40:2011/BTNMT column B
• Project construction site: commercial concrete production factory of Tien Phat Construction Consulting Co., Ltd. in Tay Bac Dong Industrial Park Hoi, Bac Ly Ward, Dong Hoi City, Quang Binh Province
• Investor: Tien Phat Construction Consulting Co., Ltd.

Food processing wastewater treatment

Wastewater treatment system installation project for Dao Duy Phuong vermicelli production facility

• Treatment capacity: 5m3/day.night
• Wastewater type: vermicelli production wastewater
• Project output water quality requirements: QCVN 14:2008/BTNMT column B
• Project construction site: Group 4, Lien Thanh Village, Vinh Phuong Commune, Nha Trang City
• Investor: Dao Duy Phuong vermicelli production facility

Wastewater treatment system installation project for Trang Tien Technology Joint Stock Company No. 1

• Treatment capacity: 20m3/day.night
• Wastewater type: ice cream production wastewater
• Project output water quality requirements: QCVN 40:2011/BTNMT column B
• Project construction site: Kim Bang Village, Phu Dien Commune, Nam Sach District, Hai Duong
• Investor: Trang Tien Technology Joint Stock Company No. 1

Water treatment

Project to install a water treatment system for One – One Central Joint Stock Company

• Treatment capacity: 500m3/day.night
• Treatment purpose: water supply for the factory’s production activities
• Project output water quality requirements: QCVN 02:2009/BYT column B
• Project construction site: Chan May – Lang Co Economic Zone, Loc Tien Commune, Phu Loc District, Thua Thien Hue Province, Vietnam
• Investor: One – One Central Joint Stock Company

Project to install water treatment system for Cha Lo Border Gate Economic Zone

• Treatment capacity: 720m3/day.night
• Treatment purpose: water supply for domestic activities and fire prevention and fighting
• Project output water quality requirements: QCVN 01-1/2018/BYT
• Project construction location: Cha Lo Border Gate Economic Zone, Minh Hoa District, Quang Binh Province
• Investor: Cha Lo Border Gate Economic Zone

WeMe project construction process

Step 1: Collect information, consult customers

To start any project, WeMe will also collect information related to the project such as: type of business activities, nature of waste sources or input water sources, output water quality requirements, requirements from the investor, … to be able to provide preliminary advice to customers on technology options and costs.

Step 2: Field survey

After obtaining the initial preliminary information, WeMe engineers will go directly to the project site to conduct a survey.
The purpose of this step is to grasp the actual information provided by the investor, measure the project area, take samples to analyze the quality of the input water and many other related information to develop a suitable design plan.

Step 3: Run the test model

For wastewater and water supply with complex properties, different from previous projects, WeMe will run a test model or sample jartest. This is a step to directly test the treatment technology with the input water source but with a small capacity.
The purpose of this step is to choose the most suitable treatment technology for the properties of wastewater and water supply, avoiding waste if the treatment technology does not meet the requirements when applied in practice.

Step 4: Finalize the technology

WeMe will take water samples after running the model or jartest, record the parameters that need to be analyzed and send the samples to the specialized unit for water quality analysis.
From the returned analysis results, we will conduct research and propose the official treatment technology for the project.

Step 5: Make estimates and operating costs

After finalizing the technology and having full information related to the project, WeMe’s experts will make cost estimates for the project. This cost estimate will include 02 contents:

• The contract quote includes: technology transfer costs, equipment, chemicals, labor, construction and installation, operation, sampling, warranty costs, maintenance, etc.
• The system operating cost estimate includes: electricity costs, chemicals, labor costs, etc.

Step 6: Send the quote to the investor

After completing the cost estimate, WeMe will send this information to the investor and wait for the response.

Step 7: Sign the contract

When the investor agrees with the plan and cost proposed by WeMe, the two parties will sign a cooperation contract.

Step 8: Design the items in the contract

WeMe’s engineers will design the details of the contract items (including 2D and 3D drawings) of the entire system, treatment tanks, details of equipment such as: pumps, air blowers, pipes, electrical lines, air rigs, etc. of the system.

Step 9: Processing, ordering machinery, equipment, materials

Proceed to process tanks, materials in the system and order equipment and materials that are not yet available such as pumps, air blowers, MBR membranes, chemicals, etc. and many other equipment.

Step 10: Prepare the construction site

Contact the investor to prepare the site with the area as in the design drawings before bringing in materials and equipment.

Step 11: Transport machinery, equipment, materials to the project

Transport the necessary materials and equipment and send engineers and workers to the project to carry out the construction.

Step 12: Construction and installation

Construction and installation of the system according to the items signed in the contract.

Construction and installation time will depend on the scale of the project. For projects on wastewater treatment modules, this is a typical product of WeMe, the installation time will be very fast, about 2 days.

Step 13: Trial operation

After completing the construction and installation work, the system will be tested.

The purpose of the trial operation is to check whether the system has any problems with water lines, electricity, equipment such as pumps, blowers, air systems, etc. or not. If there are any, a solution will be developed before officially putting it into operation.

For wastewater treatment system installation projects, there will be an additional step of culturing microorganisms to treat the system.

Step 14: Official operation, taking samples to analyze the quality of the output water

After determining that the system is complete, wastewater or water will be fed into the system for official operation and samples will be taken to analyze the quality of the output water to determine whether the treatment efficiency of the system meets the requirements as initially set out.

Step 15: Acceptance, operational training, handover to the investor

When the output water quality analysis results meet the required standards, we will conduct operational training, acceptance, handover of the system, and transfer related documents such as technological documents, drawings, etc. to the investor.

WeMe’s Commitment

With the motto “Simpler – More Meaningful”, WeMe always wants to bring effective and optimal solutions to customers. We constantly improve technology to better suit customer requirements and current market trends. WeMe commits to the following contents:

• The system applies modern technology at competitive prices in the market;
• Support consulting, answering questions for free before signing the contract;
• The construction time is completed according to the contract schedule;
• Full implementation of contract items: transportation, on-site installation, trial operation, start-up operation, operator training, sampling, …
• The equipment used in the system is of high quality, originating from reputable brands in the market.

Customers who are looking for wastewater and water treatment services, please contact us immediately via Hotline: 0906.653.007 for advice and the most detailed quote. Accompanying customers is the pride of WeMe.

WeMe Energy Joint Stock Company