Country context
The Schuphol-Amsterdam-Almere (SAA) program is the largest PPP program in the Netherlands in the last decade. The aim of the project is to reduce traffic jams, improve accessibility to northern Randstad and decrease traffic noise along the corridor. It involves the construction of additional lanes covering a distance of 63 kilometres (km) and 33km of extra barriers and asphalt to reduce noise levels.
The Global Infrastructure Hub (GI Hub) has collaborated on this blog with Linda Lesterhuis, Senior PPP Advisor at Rijkswaterstaat, the Ministry of Infrastructure and Water in the Netherlands, as part of a blog series on Project Preparation using case studies from the GI Hub’s Reference Tool on Governmental Processes Facilitating Infrastructure Project Preparation.
Rijkswaterstaat (RWS) is the executive agency of the Ministry of Infrastructure and Water Management (MIWM) in the Netherlands. RWS is responsible for project preparation and procurement of the construction and maintenance of the main roads network, the waterway network and major water systems. It also undertakes project development and implementation on behalf of the MIWM.
A holistic approach to project development
For large infrastructure projects, the Netherlands has adopted a particularly collaborative approach, namely the Multi Year Programme for Infrastructure, Spatial Planning and Transport (MIRT), developed by the MIWM. MIRT comprises infrastructure projects and programs in which the national and regional governments collaborate to find a common solution to specific problems, after conducting analysis from different perspectives and development objectives. For more information on the problem-oriented approach adopted under the MIRT, see the Netherlands Case Study in the GI Hub’s Reference Tool on Governmental Processes Facilitating Project Preparation.
For every project in the MIRT greater than €60 million, a financial comparison is made between a public and private financial approach of the project[1] .
Promoting sustainability through the SAA program
Infrastructure is an important driver of sustainable and inclusive economic growth and development and quality infrastructure (QI) has been a strong focus under the G20 Japanese Presidency in 2019[2]. The future development of the (largest) economic region in the Netherlands depends on the mobility on the Schiphol-Amsterdam-Almere (SAA) route. Therefore, the Ministry of Transport initiated the SAA program in 2010. The goal of the program is to build sustainable infrastructure, which entails an improvement of the accessibility of the region, as well as improvement of the quality of life, for people, animals and plants. These goals align with many of the QI focus areas found in the GI Hub’s Reference Guide on Output Specifications for Quality Infrastructure, including sustainability and longevity, social impacts and inclusiveness, environmental impacts, and alignment with economic and development strategies.
Project specifics
The main projects of the SAA program are PPPs procured with DBFM contracts, whereby the contractor is responsible for the Design, Build, Financing and Maintenance of the project. The financing of the project is based on the principles of project financing, with availability payments as the main driver.
Project name |
A1-East / A1 Diemen
|
A1/A6 Diemen – Almere Havendreef
|
A9 Holendrecht – Diemen
|
A6 Almere Havendreef – Almere Buiten-Oost
|
A9 Badhoevedorp – Holendrecht
|
Description |
8km highway,12km of noise barriers, reconstruction of 13 viaducts |
23km highway (including express lane), 60 new viaducts and bridges, including Europe’s largest aqueduct and the Netherlands’ longest railway bridge in one span. |
7 km highway (including express lane) and 3km land tunnel with a park on top |
13km highway and area development. It’s the first energy neutral highway in the Netherlands.
|
11km highway, 12km noise barriers and reconstruction of 1.3km ‘sunken’ highway
|
Timeline |
2012 – 2014 |
2014 – 2018 (open to traffic in 2017) |
2015 – 2020
|
2017 – 2019/20 (open to traffic in 2019) |
2020 - 2026 |
Contract type |
Design and Build |
DBFM, 25-year maintenance period |
DBFM, 20-year maintenance period |
DBFM, 20-year maintenance period |
DBFM, 14-year maintenance period |
Contractor |
Cadicom: Dura Vermeer, Besix en Cofely |
SAAone: VolkerWessels, Boskalis, HOCHTIEF and DIF |
IXAS: Ballast Nedam, Heijmans, Fluor and 3i
|
Parkway6: Dura Vermeer and BESIX
|
Still in tender |
Size (€ CAPEX) |
€ 0,1 bn |
€ 0,7 bn |
€ 0,6 bn |
€ 0,1 bn |
n/a |
A1/A6 Diemen – Almere Havendreef
Aqueduct Railway bridge
A9 Holendrecht – Diemen
Before construction commenced What the project will look like when complete
Introducing the IPM project management model
To manage these challenging infrastructure projects, RWS uses the Integral Project Management (IPM) model. RWS started using this model in 2005 to deal with the increasing complexity of, and political and public attention for, large infrastructure projects. The RWS organisation itself also changed, becoming smaller and more market oriented, rather than technical. RWS transferred greater responsibility to the private sector and began managing projects more remotely.
The essence of IPM is recognising the different angles of approach within a project and acknowledging these different angles have different stakeholders and concerns. An IPM project team consists of five key roles:
1. Project manager,
2. Project controller;
3. Contract manager;
4. Stakeholder manager; and
5. Technical manager.
Risk management, which is a facilitating process, is at the heart of this model. An important condition for a well-functioning IPM team is to have a safe climate, limiting a culture of fear and encouraging everyone to share information. Team members should feel free to identify risks which can have disastrous consequences for the project. An integral project management approach, the main goal of IPM, can only be reached when all roles are equal whilst considering the different stakes. Only successful cooperation between the various disciplines will lead to a positive project result. In the table below[3] some elements are shown compared to the traditional way of project organisation.
Traditional project organisation |
Project organisation using IPM |
Pragmatic approach |
Uniform and standardised approach |
Miscommunication in tasks and roles |
Universal language |
Project-based management structure: resources are allocated according to projects |
Functional management structure: projects are organised according to functional roles |
Line manager is not involved in resource allocation and capacity management |
Line manager has a central role in resource allocation and capacity management |
Autocracy (functions instead of roles): decisions are made authoritatively |
Holocracy (roles instead of functions): decisions are made in consensus, dialogue, collaboration |
Project manager has a dominant role |
Equivalent roles |
Project manager selects team members |
Line and project manager consider consensus selection of team members |
Technical focus: deliver performance based technical solution |
Process focus: deliver manageable projects |
Available resources |
Seek best team approach: people are placed in their strengths |
Steered on hard factors |
Steered on both hard and soft factors |
Predictability, efficiency, teamwork
Two of the biggest challenges of SAA were to come up with a procurement and project management strategy which was manageable for both RWS and the private sector, including investors. SAA decided to split up the program into five different projects and took IPM to another level. In addition, SAA also set up a program managing board. The managing board consists of the program director and three portfolio holders, one dealing with communication and strategy, one with business operations and one with the private sector.
The focus of the SAA program is on Predictability, Efficiency and Teamwork (PET). The basis of the program is that "projects are in the lead" with a simple organisational structure with short lines.
Managing five projects within a program means having the opportunity to capitalise efficiency gains through knowledge sharing, uniformity and flexible deployment of staff. This approach has proven itself to be advantageous for RWS, private sector parties and stakeholders. Stakeholders and private sector parties are approached unambiguously and interfaces between projects are better managed.
More detail on the project preparation landscape in the Netherlands can be found in the GI Hub’s Reference Tool on Governmental Processes Facilitating Infrastructure Project Preparation.
Footnotes
[1] For more information on The Netherlands’ Approach to Identifying/Screening PPP Projects, please visit https://olc.worldbank.org/content/attractive-environment-netherlands-approach-identifyingscreening-ppp-projects-0
[2] To search for resources and facilities related to quality infrastructure investment, please visit the Quality Infrastructure Investment Database, an initiative of the G20, the GI Hub, the OECD and the World Bank, at https://www.gihub.org/quality-infrastructure-database
[3] Source: More information at IPM (English)