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20 tháng 3 2024Jobs from
WHOTo provide a required raw water pumping system meeting technical specifications to support the model of climate change resilient healthcare facility in Yen Thanh District Hospital, Nghe An province
Background
Yen Thanh District Hospital is one of models for climate change resilient healthcare facilities supported by VIHEMA/WHO. At present, the clinic has a 270 - 300 bed capacity and monthly demand for clean water is 3,600 – 4,500 m3/month. The hospital is always in the situation of lacking clean water for medical services.
A surface water treatment system with a capacity of 80 m3/day was installed in the hospital in December 2021 with WHO support, partly solving the difficult situation. Raw water from a small canal connected to the big irrigation channel is pumped to the hospital by a pumping station which is 2 km far from the hospital and stored in a reservoir with a temporary structure (lining layer at the bottom).
Current situation:
• Twice a year, the big irrigation channel has to be closed for harvesting rice for about 30-50 days/each harvesting season, leading to no raw water for the system in the hospital. The hospital can’t receive inpatients in these periods. Medical services are disrupted due to the lack of water.
• The current reservoir (160 m3) only can contain water for treatment within 2 days. After 2 years, the lining layer was no longer in a good condition, leading to the leakage of water at the bottom. This temporary structure doesn’t allow good maintenance and cleaning the surface, causing a concern of hygiene.
Rationale for support:
• Additional water source is very critical for the hospital to overcome difficulties in the shortage of water
• Additional water source will be very important to not only meeting water demand from the hospital but also helping the hospital maintain a good model for CC resilient HCF as required by the WSP principle that a standby water source is always necessary, especially in extreme weather conditions.
• Changing in the structure of the reservoir is necessary to be more stable and better hygiene to ensure water quality.
This Agreement for Performance of Work (APW) aims to pursue a contract with a capable supplier who will provide a required raw water supply system, including a pumping station, pipe system and a reservoir, meeting technical specifications at the hospital.
Objectives of the activity
To provide a required raw water pumping system meeting technical specifications to support the model of climate change resilient healthcare facility in Yen Thanh District Hospital, Nghe An province
Timelines:
Start date: 15 April 2024
End date: 15 June 2024
Requirements/specification
The bidder should submit the following documents:
- Technical proposal on how to carry out the tasks and meet technical specifications (please refer to the Annex)
- Financial proposal (sealed in separate envelope)
- Documents to prove the following requirements:
The technical and financial proposals should include the following sections:
- Profile of the bidder including experience in providing raw water supply service
- Background information on water source, technology of water supply system
- Technical arrangement: configuration of the system, construction, installation and operation
- Training arrangement: training materials, training schedule and implementation, operation and maintenance manual
Requirements for the company / institution:
- Business licence on raw water supply system registered in Viet Nam
- Demonstrated experiences in working on the required raw water supply system
Requirements for the project leader:
- At least 5 years of experiences in the area of water supply system
Competencies: Not applicable
Place of assignment
Within Viet Nam
Medical clearance
Not applicable
Travel
The contractual partner’s team is required to travel to the selected HCF for implementation. Cost should be included in the proposal.
Address for Applications:
Administrative Officer
World Health Organization
304 Kim Ma, Hanoi, Viet Nam
Or by email at:
Deadline for Submissions:
20 March 2024