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ECONOMICS UNIQUENESS

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FINANCIAL MECHANISMS FOR HISTORIC CITY ■ 229<br />

for natural heritage brownfi elds is especially evident in Latin American countries.<br />

Moreover, the short investment horizon was also one of the problems with<br />

brownfi eld concessions in Latin America during the 1990s (Sirtaine et al. 2004).<br />

Investors should begin to expect profi ts only aft er 10 years from the start of operating<br />

the project. Th us, for local investors cash fl ow appears to be the main reason<br />

driving the renegotiation—or even the cancellation of—brownfi eld contracts.<br />

It is also critical that there be close cooperation among the diff erent partners<br />

involved in PPP arrangements for urban brownfi eld projects. It is particularly<br />

important to involve and consult with the local residents of the project area. In<br />

the case of the regeneration of solid waste disposal sites in Istanbul, Turkey, a<br />

main obstacle to the fi nancial success of the project was the lack of consultation<br />

with the local resident population, who had strong negative feelings attached to<br />

these sites. Th e role of public partners can be vital in these cases to ensure that<br />

brownfi eld projects generate positive feedback, especially from those who will<br />

mainly benefi t from the urban investment—namely, those households living at<br />

or near the site.<br />

Case Study: Sumidouro Project in São Paulo, Brazil<br />

Th e Sumidouro project, located in the district of Pinheiros, São Paulo, Brazil, is<br />

an example of a successful brownfi eld project with a cultural heritage focus. Th e<br />

project, entitled Praça Victor Civita, has been fi nanced through a public-private<br />

partnership as the main instrument. Th e project concept, developed according<br />

to the schema presented in fi gure 8.6, aimed to do environmental remediation<br />

work in the old central waste incinerator Sumidouro in order to build a recreational<br />

area for cultural and educational activities. Th e project covers 13,648<br />

meters of land that had been contaminated by heavy metals found in the soil<br />

and ground water. In addition, dioxins and furanes were found in the main<br />

building. Private investors fi nanced the remediation activities and the creation<br />

of a new public park, called Victor Civita Square, as well as an educational and<br />

cultural center (Motta 2006).<br />

Figure 8.5 indicates the stakeholders that participated in the project. Th e PPP<br />

was established between the municipality of São Paulo and the private investors.<br />

Other public stakeholders who played a relevant role in the project were the<br />

municipal environmental department, in charge of the elaboration and monitoring<br />

of the remediation and revitalization plans, and the state environmental<br />

agency (CETESB), in charge of licensing, establishing remedial goals and supporting<br />

investigation, logistics, and technology developments. GTZ, the German<br />

development agency, acted as facilitator and technical consultant for the soil and<br />

groundwater cleanup.

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