WATER & SANITATION

The infrastructures of the low-income communities object of the assignment are: road, drainage, on site sanitation systems for residential and public, solid waste collection, business plan for the Feacal and solid waste management, including the collection and treatment, delivery mechanism and new approach for emptying of the On site Sanitation systems.

The Government of Indonesia has secured Loan from German Financial Cooperation (KfW) for implementation Regional Water Supply System, with the aim to provide adequate, safe and cost-effective water supply services to underserved urban and peri-urban centres of Wosusokas area, in compliance to the Government Regulation (PP) No . 122 of 2015 concerning Drinking Water Supply Systems (SPAM). The Consultancy services aims are the Detailed design review (10 months), tender documents preparation for no. 5 works packages (2 months) and supervision and Contract management (36 months)

The Water Resource Development Fund (WRDF) was established by the government in 2002 with proclamation no. 268/2002, to serve as a financial wing of the sector, with a major responsibility of centrally administering & mobilizing financial resources, as indicated in its proclamation, grants and loans from foreign governments and international donor agencies and budgetary allocations by the Federal Government and other sources. Thus, WRDF is mandated to play big role in financing urban water supply projects, sanitation projects and irrigation development schemes, through granting long term loan on the basis of cost recovery principle. And it collects loan repayments from its borrowers in due time and use it to build up its revolving fund, which is eventually anticipated to serve as the Water Bank. However, so far WRDF has not been exercising a separate sanitation project financing and implementation due to absence of clear regulation, mandate and procedures on sanitation implementation.

The key objectives of the assignment is to perform the assessment of the current status of about 350 rural water schemes dislocates in 22 Rwandan Districts to determine the allocation of water meters and chlorination units, developing the most cost-effective detailed study and developing final designs with drawings, construction details and supervision of works

The assignment scope is to support institutional capacity strengthening activities to improve the operation and maintenance of the sanitation infrastructure, as well as the reforms needed to promote and provide sustainable, safely managed sanitation services in Lilongwe.

The Purpose of the project is to increase access to safely managed on-site sanitation services in selected urban and peri urban areas in Zambia. The project will support stakeholder consultations and feasibility studies, including baseline, stakeholder and institutional assessments, preparation of engineering designs and investment plans for faecal sludge management along the value chain (storage, transportation, treatment, disposal or reuse). The results of the studies and designs will support effort to mobilize resources downstream investments.

The project will be implemented in Lusaka, Livingstone, Choma, Ndola, Petauke, Chavuma, Mansa, Kapiri-Mposhi, Kabwe, Solwezi, Kasama and Chipata. The project will also seek to improve the capacity of the beneficiary utility companies through stakeholder and needs assessments. The project will benefit about 2,400,000 people out of which more than 50 percent will be women and 30 % are the urban poor.

The overall objective of the assignment is to provide consultancy services for the Urban Sanitation Project focusing on detailed technical studies and designs for OSS and FSTPs to be implemented in cities of Tete and Quelimane, which comprise: Engineering Design of Sanitation Infrastructures (Toilets for Household Sanitation, Public Toilets and Faecal Sludge Treatment Plants), including the detailed developing faecal sludge management business in Tete and Quelimane

Detailed Design of Sewerage System of Ponte Ladrone II Lot (approx. 150.000 inhabitants) includes 3,0 km (ND 1200mm-1800mm) of which 2,3 km realized by microtunnelling, a pumping station (600 kW) and an some underpasses of railways, roads and rivers.

The aim is to prepare the Final and Detailed Design of the rehabilitation and upgrade of Montemesola WWTP (1.600 m3/d). The project provides the process calculations and the structural design of the new Pre-treatment, Oxidation -Nitrification and sludge Stabilization tanks, and the rehabilitation of the existing tanks (Secondary sedimentation and Disinfection).

The overall objective of the assignment is to conduct feasibility studies and prepare detailed designs for sustainable delivery and access to inclusive sanitation and faecal sludge chain management services that will contribute to improved public and environmental health, productivity and living conditions of selected un-sewered urban centers in Uganda.
The specific objectives of the consultancy assignment are:
To conduct feasibility studies and prepare detailed designs for provision of sustainable access to faecal sludge management infrastructure and services in five (5) selected un-sewered urban clusters in Uganda.
To provide a basis for the mobilization of adequate resources for future investments.

The objective of the SIRP is to increase agricultural production and productivity by the smallholder farmers in the pre-selected irrigation schemes and by the households in the dryland or rain-fed areas considered as the greater scheme areas in the assignment. Smallholder irrigation Revitalization Programme

Master Plan – The key objective of the consulting service is to update CIAMP to help optimize water supply and wastewater infrastructure for providing realistic level of service delivery to the people, considering social, economic, institutional and environmental factors, and provide a roadmap to 2050 for phased investments for the rehabilitation, expansion and augmentation of water supply and wastewater services in all the municipalities of the Kathmandu Valley.

The project is made of three components: Water Supply systems for Kabarnet town; Sewerage system and waste water management plant in Kabarnet; Extraordinary rehabilitation of Kirandich rockfill dam. Supervision of Works according to the Contract, Quality control of Works carried out; Cost Control of the Civil Works Contract; Taking-over of the completed Works; Health and Safety control on sites and the Environmental issues and Capacity Building in Training of Personnel to strengthen the capabilities of technical staff. EIA and EMP preparation.

The objective of this assignment is to provide technical consulting for the FIDIC management of the Project and training services to the Client’s Personnel and the relevant Supervision Bodies involved in FIDIC type contract(s) execution. Task 1. Consultancy Services for the purpose of FIDIC type Civil Works Contract(s) Supervision and Management; Task 2. Training of Personnel to work in accordance with FIDIC procedures.

The supervision of works includes two main investment components: Component 1: Construction of water supply system Dien Nam Dien Ngoc urban area; (vi) Component 2: Expansion of Tam Hiep water supply system.

The activities includes: Tender Dossiers revision; Technical Assistance during tendering phase; Monitoring the Design preparation and audit the performances of the Designer; Monitoring the Supervision of Works activities and Safety coordination; Handing over assistance; Technical Assistance during the Defect Liability Period.

The project is aimed at the establishment, in a sustainable and equitable manner, of basic services of water supply and sanitation in six urban centers in Chad (Tot. 110,000 inhabitants). It will also contribute to strengthening the institutional framework through technical assistance to the Chadian Ministry of Environment, Water and Fisheries for the implementation of project activities as the Public Contracting Authority. Monitoring, control and supervision of works for water supply and sanitation networks in the six cities. Surveys and census of households interested in connecting to private connections.

The main task of the project is the enlargement of the existing old reservoir with a new underground tank with a capacity of 2.000 m3, the realization of a new pumping station, and the rehabilitation of 1 km of distribution pipeline

The assignment is the design of 6 (six) different treatments of odour dedicated to pre-treatment, sludge thickening, and dewatering tanks for a total flow rate of 35.000 Nm3/h using scrubber and biofilters.

Detail Design and Supervision of the Ca Mau Sanitation Project (133 km system pipeand 25 pumping stations in rehabilitation) – Costruction of a new WWTP (8.000 m3/day)

Support Action stakeholders in the monitoring and implementation of program activities, including the monitoring of: the recommendations of the technical and financial audit mission; the recommendations of the various meetings Steering Committee, Operational Monitoring Committee (CSO) and bi-monthly follow-up meetings); preparation of program indicators.
Ensure the design of monitoring tools recommendations and program indicators; Contribute in the Water sector in OMD program, and specifically in the monitoring context of regular audit recommendations. Supporting the OMDs program will be secondary to the support given to the PAEPA program.

The activity includes the execution of geological survey and water well stress tests suitable to verify the quality and quantity of the water wells, capable to meet the increasing demand for water by the camp population. The survey/site assessment includes investigative works and tests.

Technical Support to the St. Maarten Government concerning a joint funding of centralised wastewater treatment facility in the Cole Bay area, and to provide timely preparation and submission of programming documents (Draft Identification Fiche and Action Document) that may lead to the commitment of EDF funds.

Review and analysis of the documentation provided, concecptal design, pryority investments, preliminary costs and layouts, preparation of Cost-benefi Analyses.

Feasibility study, final design and tender documents preparation for the construction works of the water supply systems of n° 7 town/villages of Republique of Tchad, in particular Abougoudam, Goz Beida, Ba Illi, Linia, Bere, Bebedja, Bedjondo

Final Design of the rehabilitation works of the Faggiano Town (TA), 1,500 cum/day, preliminary, secondary and tertiary treatment

Supervision of the Contracts for civil and ellectomechanical works within the framework of the National Water Supply and Sanitation Project: ehabilitation/improvement of water supply and sewer system in three (3) urban municipalities (Cahul, Causeni and Ungheni), and twenty three (23) rural communities spread over Moldavian territory.

Detailed Design and Supervision of Works for construction of Orhei WWTP for an overall capacity of 35.000 inhb.The investment for the rehabilitation consist in the construction of a new Wastewater Treatment plant (35.000 PE – 6.000 m3/day) with natural schemes (wetland) and 1,5 km effluent main.

Detailed Design and Supervision of civil and electromechanical works within the framework of the National Water Supply and Sanitation Project. The civil work includes the rehabilitation/improvement of water supply and sewer system in the three (3) urban municipalities (Cahul, Causeni and Ungheni), and twenty three (23) rural communities spread over Moldavian territory.

Final design for the construction of the Putignano’s WWTP out let pipeline. The diameter shall be DN 500 for a total length of 19 km and the material selected is GRP. The project includes a Pumping station for the maximum design flow rate of 150 l/s and an hydraulic disconnector.

The overall objective of the project is the provision of consultancy to develop a deeper understanding on the Afghanistan’s rural water sector development needs and recommend actions to improve the sector and its agencies’ performance to deliver services to the communities using “CDD approach” (that include institutional systems, monitoring systems, participation of community etc).

Final design for the implementation and rehabilitation of the existing sewage treatment plants in Artena and Palestrina towns for a total of 30,000 P.E. The design includes, but is not limited to the rehbilitation of primary, secondary and tertiary process units, including electrical and SCADA system.

Rehabilitation and upgrading of the water supply system of the island able to cope with long term water requirement up to horizon year 2040. The project includes main water conveyance system 77,2 km extension (HDPE/Steel pipes dia. 250÷100 mm) and rehabilitation of the main Pumping stations (over 140 KW) and new water storage reservoirs for a total volume of 1,300 m3.

Detailed design and Construction Supervision of water supply and solid waste management in selected 16 Municipalities of West Bengal. The works includes of drinking water supply system from deep tube wells and distribution pipelines, and the collection and disposal of solid waste over 16 towns for a of total of 1,000,000 inhb. served.

Technical Assistance Program to the ACEA spa water utility in the implementation of water and wastewater projects in the Lazio District. The TA included full Design and Tender Dossiers preparartion in water and wastewater sectors (Years 2008-2009.

Detail Design, Bidding Documents and related Supervision of Works for the extension of the Soroca Town sanitation system. The works included the rehabilitation and extension of sewer system (53 km extension) and the construction of the related Wastewater Treatment Plant based on Constructed Treatment Wetland technology (20,000 PE).

Technical Assistance for the preparation of wastewater improvement projects in the Provinces of (Lot 1) Brindisi and Taranto and, (Lot 2) Lecce Province (Puglia Region).

Technical Assistance for the preparation of water supply & sewerage projects in the Province of Lecce (Puglia Region).

Technical assistance for the preparation of sewerage and wastewater treatment and drinking water quality improvement projects in Hungary for the period 2004-2006 and ensure technically effective and economical implementation of the projects. The TA included full preparation of application form (AF) as well as supporting documents for each project in compliance with EU directives, and preparation of tender dossiers.

Technical assistance for the rehabilitation and improvement of the water and sewerage systems of the Durres, Lezhe, Fier and Saranda Towns. The TA included full Design and Tender Dossiers preparartion as well as Supervision of Works activities.

Final Design and Tender Document preparation for the KJ area sewer system rehabilitation and extension. The Design includes the construction of 53 km of sewage and storm water pipelines and the consruction/rehabilitation of nos. 17 pumping stations.

Support for the preparartion of the Feasibility Study of Tskaltubo water supply scheme.

Supervision of Works for the construction of the Jiza Wastewater Treatment Plant with average daily flow capacity of 4,000 m3/day including in-let mian trunk sewer pipeline (2.95 Km).

Technical Assistance programme for the implementation of small scale hydraulic and road infrastructures projects.

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Technical Assistance Program to the ACEA spa water utility in the implementation of water & wastewater projects in the Lazio District (Year 2006).

Technical Assistance Program to the ACEA spa water utility in the implementation of water & wastewater projects in the Lazio District (Year 2006).

Technical Assistance Program to the ACEA spa water utility in the implementation of water & wastewater projects in the Lazio District (Year 2005).

Technical Assistance Program to the ACEA spa water utility in the implementation of water & wastewater projects in the Lazio District (Year 2005).

The project entails the Preliminary and Final design of the Tirana selected water supply and sewerage systems remedial works.The Lot 2 project includes the rehabilitation of the following main selected sewage facilities: Goge, Irfan Tomini, Selita areas.

Assessment of the Feasibility of the priority investment in the Water and Wastewater sector for the Montenegro coastal sustainable Tourism Development. The works included the study of the regional costal water supply scheme (700,000 inhab.), and the study for a new wastewater collection and treatment system for Ulcinj town (80,000 PE) and the rehabilitation of Podgorica existing WWTP (150,000 PE).

The project entails the Preliminary and Final design of the Tirana existing water supply and sewerage systems remedial works.The Lot 1 project includes the rehabilitation of the following main selected water supply facilities: drinking water springs areas (Shen Meri, Selita and Bovilla) and Tirana main water storage system (i.e. Tirana Tank, Partitari, Kinostudio, Pupil, Kombinat and Brigade palate water tanks).

Preliminary design of the wastewater treatment plant of the Metsanurme, Suurupi, Killi, Huruu and Paekna cities (25,000 PE), to protect the Vaana River by urban pollution discharge.

Preliminary Design, Final Design and Tender Documents preparation for the rehabilitation of Shen Mery-Qaf Molle water supply pipe line (DN 700 mm).

Feasibility Study and Final Design of WWTP’s facilities for the coastal cities of Durres, Lezhe and Saranda (340,000 inhab.).

Feasibility study and Detailed Design of the water supply and sewerage system of the “bairro suburbanos” of the Luanda town (750,000 inhab.).

Final Design of Locone water supply pipeline (DN 1600 mm, approx. 40 km length).

Technical Assistance Program to the ACEA spa water utility in the implementation of water & wastewater projects in the Lazio District (Year 2004).

Technical Assistance Program to the ACEA spa water utility in the implementation of water & wastewater projects in the Lazio District (Year 2004).

Supervision of works of Surface Drainage system of Cazenga-Cariango area in the Luanda town (2,000 Ha).

Detailed Design and Tender Document of the combined sewerage network rehabilitation project of the area Prima Porta S. Isidodo (approx. 50,000 inhab.).

Final Design and on-site Technical Assistance for the Nord-Ovest main collector.

Detailed Design and Tender Document of the combined sewerage network rehabilitation project of the areas Massimina, Labaro, Ponte Ladrone (approx. 30,000 inhab.).

Final Design and on-site Technical Assistance for the Nord-Ovest main collector.

Feasibility study and detailed design of the drainage system and flood control works (Lots I, II and III).

Environmental Impact Appraisal of the II phase of Planes Maestro de Agua potable y Saneamiento de Cuenca.The Master Plan includes the rehabilitation of the water supply and sewerage system of the Cuenca basin (approx. 500,000 inhab..): Estudo Hidrologico.

The project involves the construction of steel pipeline (dia. 1,200 mm, 6,5 km length) to the hydraulic connection of the EUR Water Centre and ACILIA Water Centre.

Technical Assistance activities to the identification of water supply and sewerage systems rehabilitation projects in Luanda to be financed by the Italian Ministry of Foreign Affairs.

The project involves the construction of two land filled water tanks in reinforced concrete for a total storage volume of 50,000 m3.

Supervision of construction and equipment installation of the Luanda “Marginal area” sewage collection system and related sewage sea out fall.

Activities of Technical Assistance and Support for the accomplishment of the Italian Law for the Reform of the Water Services (“Galli ” Law), which has as its objectives the introduction of entrepreneurial forms of management of the Integrated Water Services (water resource, water supply systems, sewerage systems, treatments etc.).

The project involves the construction of a steel pipeline (dia. 1,200 mm, 6 km length) to the hydraulic connection of the EUR Water Centre and ACILIA Water Centre.

The project involves the construction of an iron cast pipeline dia. 1200 mm of Mola Cavona-S. Palomba aqueduct.

Supervision of construction and equipment installation of the Maswa District Water Supply Project.

Feasibility Studies and Detailed Design for the rehabilitation of the Capo d’Acqua spring (10 l/s) and of the pipeline in Marcellina municipality.

The project involves the construction of Eur water centre. The EUR water centre consists of a steel ring tank with a capacity of 1,700 mc, 68 m above the ground, with an external dia. of 34 m and a rectangular section of 4.0×5.5 m.

The project involves the construction of Oriolo-Tolfa- Allumiere aqueduct (steel pipeline dia. 200/150 mm 53 km length).

The project involves the construction of a steel pipeline dia.500/400 mm, 10.5 Km long for the supplying of Aranova, Torrimpietra and Maccarese areas.