FINANCING INNOVATION IN BRAZIL: THE ROLE OF THE BRAZILIAN DEVELOPMENT BANK/ FINANCIANDO A INOVACAO NO BRASIL: O PAPEL DO BNDES/ FINANCIACION DE LA INNOVACION EN BRASIL: EL PAPEL DEL BNDES.
The relevance of innovation has increased in academic debates and in the political agenda of the Brazilian government in the 2000s. Especially since 2004, when Brazil once again explicitly adopted sectorial policies and increased the resources to science and technology, the support for innovation became an important goal of the federal government. The official documents that established such policies had, to some degree, put innovation as a central part of their objectives.
The Industrial, Technological and Foreign Trade Police (Politica Industrial, Tecnologica e de Comercio Exterior--Pitce), launched in 2004, prioritized the promotion of technological innovations, favoring horizontal incentive tools, although some sectors were contemplated. During its term, there was a significant increase in mechanisms whose goal was to foment the many types of innovative activities. Amidst those, the promulgation of the Innovation Law (Law no 10.973/2004), that, among other measures, aimed to stimulate partnerships between universities and firms and to support innovative activities through the transference of non-reimbursable public resources to the firms. In the same period, the promulgation of Law no 11.196/2005, known in Brazil Lei do Bem, provided tax incentives mainly to research and development (R&D) activities.
In 2008, Pitce was replaced by the Productive Development Policy (Politica de Desenvolvimento Produtivo--PDP), that proposed to largely amplify the contemplated sectors and the support for productive development, by promoting the investment, innovation and foreign trade. Even though it has adopted horizontal actions, it supported almost all the sectors of Brazilian economy.
In 2011, replacing PDP, Plano Brasil Maior (PBM) was launched. Its slogan--"Innovate in order to compete"--marked the importance that the document, at least theoretically, attributed to the innovation.
Overall, three basic instruments were currently used by the Brazilian government to stimulate private investments in innovation: tax incentives; financing at preferential rates; and incentives to partnerships. Part of the instruments had already been created in the 1990's, but their available resources were substantially increased along the 2000's. According to Bastos (2012), between 2000 and 2010, the federal government compromised approximately R$ 50 billion to support innovation, 55% of which related to tax exemption. In that period, reimbursable financing reached around R$ 10 billion, of which 42% originated from BNDES, whose participation grew over time. Besides BNDES, another important institution in the public financing of innovation in Brazil is Finep, an organization of the Brazilian federal government under the Ministry of Science, Technology, Innovation and Communication devoted to funding of science and technology in the country. Finep and BNDES presents some overlaps and complementarities. Inova Empresa program, which will be presented below, was an example of this partnership. Besides them, other funding agencies are Conselho Nacional de Desenvolvimento Cientifico e Tecnologico (CNPq) and Coordenacao de Aperfeicoamento de Pessoal de Nivel Superior (Capes), at federal level; Fundacoes Estaduais de Amparo a Pesquisa (FAPs), in the subnacional level; and Associacao Brasileira de Pesquisa e Inovacao Industrial (Embrapii), a social organization.
The implementation of new instruments and the expansion of resources could be perceived by the growth of innovative firms that received public incentive to innovate. According to the Brazilian Innovation Survey (Pesquisa de Inovacao--Pintec), published by Instituto Brasileiro de Geografia e Estatistica (IBGE), their participation grew from 18.7% in 2003 to 22.9% in 2008, reaching 34.6% in 2011 (Szapiro, Vargas and Cassiolato, 2014). Financing the acquisition of machinery and equipment appeared as the main instrument, used by 27.3% of innovative firms in 2011. However, despite the increase of public incentives to innovate, the majority of innovative firms still used their own resources in order to finance such activities. 63.1% of them pointed out, among other obstacles to innovate, the "scarcity of sources of financing" (op. cit.), perhaps because most of the instruments focused on medium and large companies.
The Brazilian indicators of innovation have evolved, even if modestly, especially until 2008, before the international financial crisis. The innovation rate of the manufacturing industry--the percentage of firms that implemented some kind of innovation--grew from 33.5% to 38.4% between 2003 and 2008, decreasing to 35.9% and 36.3% respectively in 2011 and 2014. R&D expenditures as a proportion of sales increased during the whole period (0.55%, 0.64%, 0.72% and 0.68%). However, total innovative expenditures remained constant until 2014, but decreased in 2011 (2.5%, 2.6%, 2.5% and 2.2%, respectively). Thus, despite the enhancement of innovation policies and the establishment of a legal framework directed to this subject, the results were less expressive than expected.
The traditional mechanisms of supporting innovation, adopted in Brazil from internationally disseminated experiences, have been reviewed in many countries that are recently adopting more complex and sophisticated policies than the tax and financial incentives. According to Cassiolato (2010), these traditional mechanisms mostly support R&D projects; however, the generation of new products and processes also demand other innovative activities (not only R&D). This matter was also raised by Kupfer (2013), who questioned if innovation support in Brazil would be excessively concentrated in R&D projects.
Therefore, a broad approach of innovation would increasingly demand changes in the culture of funding institutions. Innovative activities such as training, acquisition of external knowledge, acquisition of equipment and introduction of the products in the market can be more important than R&D investments (Szapiro et al., 2014). The next session shows the role of BNDES in financing innovation, including the modifications the institution had gone through and their reflexes in its financial instruments. Regarding the period of analysis, the limit was given by the availability of data accessed by the authors.
THE ROLE OF BNDES IN FINANCING INNOVATION
BNDE was founded in 1952 based on a diagnosis that there were insufficient private financial instruments for long-term investment in Brazil. Since the Law no 5.662, on June 21, 1971, it became a public federal company with legal personality under private law and individual capital. Its constitutional model allows collecting resources from multiple sources, allocating them among different instruments, even though the directives of its actions are given by the federal government. Until 1967, when Finep was founded, the bank was also responsible for the resources destined to science, technology and innovation (ST&I) (Tavares, 2013).
In 1982, BNDE would include in its name the social dimension, becoming BNDES. BNDES has never been absent from the support of innovation, but this was treated as secondary when compared to the financing of industrial investments (Bastos, 2012). If, before the 1980's, the institution prioritized the "import substitution" model, in the following decade its strategy focused on the macroeconomic stabilization, including privatizations (Tavares, 2013). In the 1990's, actions aimed at the promotion of technological modernization, through the technologies incorporated in equipment. Important initiatives--although sporadic--relating to the promotion of innovation can be highlighted, such as the creation, in 1997, of Prosoft, a program aimed at developing the software sector (Costa, 2011; Bastos, 2012).
In spite of specific initiatives, until the beginning of the 2000's the support for technological development had not been entirely incorporated to the strategic agenda of the institution. This scenario changed in 2003-2004, when the bank prioritized the sectors defined as strategic in Pitce (Tavares, 2013). Besides the expansion of Prosoft, the Proforma, a program to support the pharmaceutical industry, was created in 2004, which included a specific subprogram to support research, development and innovation (RD&I) projects.
Innovation in the BNDES agenda
The explicit incorporation of innovation in the BNDES agenda occurred defacto since 2005, in line with Pitce. According to Tavares (2013), the recent actions of BNDES in the field of innovation had three periods. The first phase, between 2005 and 2007, marked its incorporation in the agenda of the institution. The second period, from 2008 to 2011, showed the consolidation of innovation as a strategic priority, despite retaining a relatively passive logic regarding the subject. In 2012 BNDES started a more active position relating to the supported technologies.
It should be noted that the actions of the bank were guided by an effort from the entire government to give more visibility to the theme, thus reflecting the goals and objectives for innovation that figured in many official documents. From this perspective, BNDES adapted and improved its instruments, becoming an important player in financing innovation.
In the first period (2005-2007), the actions were marked by their horizontal character. Among them was the creation of Fundo Tecnologico (Funtec), a non-reimbursable fund directed at S&T institutions, which were the final takers in cooperative projects with firms. Two financing lines for innovation were implemented in the period: i) PD&I, for helping firms in achieving more competitive positions; and ii) Inovacao-Producao, for supporting incremental innovations and the production and commercialization of the results of innovation. They had the lowest costs charged by the bank--an additional 0% compared to the basic compensation of the institution (Tavares, 2013; Vallim, 2014). Besides, the bank implemented sectorial programs to support the development of digital TV (PROTVD), in 2006 and aircraft industry (Pro-Aeronautica) and automotive engineering (BNDES Engenharia Automotiva) both in 2007 (Bastos, 2012; Vallim, 2014).
In this first phase, the resources put available were not significant (Tavares, 2013). Since then, there was a major inflexion in the policies and in the concept of innovation adopted by BNDES. As Kickinger and Almeida (2010) pointed out, BNDES turned to support the innovative capabilities of the firms, instead of financing isolated projects. Innovation was treated as a wise concept, including not only R&D but also new forms of organization, marketing and customer interactions. This change brought great cultural and operational challenges to the institution.
The funding lines mentioned above were extinct and replaced by:
1) Inovacao Tecnologica, for supporting radical or incremental innovation, as long as they were aligned with the development of new or improved processes and products, in conditions that involved technological risk and market opportunities. The minimum support of the bank was fixed at R$ 1 million, and the maximum at R$ 200 million, with interest rates fixed at 4.5%, and execution in up to fourteen years.
2) Capital Inovador, directed to entrepreneurial strategy, i.e., to supporting firms to systematically make innovative efforts in a continuous and structured manner. Its cost was composed just by long term interest rates (LTIR) for small firms and for LTIR plus risk compensation for large companies (up to 3.57%). Real guarantees were also ruled out for operations up to R$ 10 million (Vallim, 2014).
In 2009, BNDES recreated the Inovacao-Producao program in financial conditions similar to Capital Inovador, seeking to support incremental innovations and investments in the implementation, expansion and modernization of productive capacity. With its reactivation, BNDES supported projects with greater technological risk (Technological Innovation), incremental innovations (Inovacao-Producao) as well as the innovative firms (Capital Inovador), with special financing conditions (Vallim, 2014).
In addition to horizontal instruments, sectorial lines were released: i) In 2009, Proengenharia replaced the BNDES Engenharia Automotiva, to support engineering projects in a wide range of industries (capital goods, defense, automotive, aeronautic, aerospace, nuclear oil and gas); Proplastico, in 2010, to support the plastic industry; and P&G, in 2011, to finance oil and gas (Bastos, 2012).
An important milestone of the period was the release, in 2009, of Investment Support Program--Programa de Sustentacao do Investimento (PSI), whose initial objective was to counterbalance the effects of the international economic crisis. The program promoted a deep reduction in the cost and an expansion of credit to productive and innovative investment.
A new change in the way BNDES dealt with innovation was seen in 2012. Until then, the sectorial support was available by the bank in a "passive" form, through private demand. From this moment on, the "non-spontaneous" attraction of clients, which until then was used sparingly, became part of the institutional strategy.
The launch of Paiss, a program to support innovation in 'sugar-energy' industry, marked this change. The BNDES Fuel Department (Debio) studied ways of contributing to the increase of competitiveness of ethanol in the domestic market, concluding that the biomass innovation system was directing its scarce resources to the improvement of ethanol' first generation, which offered few potential gains in productivity. Therefore, Debio focused its efforts in advanced biofuel from ethanol' second generation and, together with Finep, drew a financing plan for the development of new technological routes for the production of ethanol (Tavares 2013; Vallim, 2014). In short, the bank became to act in a proactive form rather than on demand.
The considerable demand for Paiss resources (above US$ 1.5 billion), greater than the initial supply (R$ 1 billion), was an indicator of its success. This result inspired the launch of Inova Petro in 2012 to support the productive chain of the oil and natural gas industry. Paiss and Inova Petro were the base for the launch, in 2013, of a series of programs that were jointly called Inova Empresa, which included: Inova Aerodefesa, Inova Agro, Inova Energia, Inova Saude, Inova Sustentabilidade, Inova Telecom, Inova Mineral, Plano de Desenvolvimento e Inovacao da Industria Quimica (Padiq), Paiss Agricola, Paiss II and Inova Petro II.
This recent experience was vital for another change in the financial instruments. Capital Inovador, renamed as BNDES Inovacao, became the only financing line of the bank for innovation. It encompassed financeable items of various kinds, among which were the acquisition of machinery and equipment; R&D for new processes, products or services; acquisition, transference and absorption of technology; and expenses with workforce and intellectual property (Tavares, 2013; Vallim, 2014). BNDES still launched additional financial instruments for the sectorial scope in 2013: Prodesign program, concerned with the fashion industry and brand differentiation; Procult, for supporting the productive chain of the economy of culture; and BNDES MPME Inovadora, aimed at the increase of competitiveness of small firms (Vallim, 2014).
To sum up, from the mid 2000's, the federal policy to support innovation was strengthened by the incorporation of BNDES as a central agent. The next section evaluates the evolution of BNDES' expenditures in innovative activities between 2002 and 2015 period, according to instruments used, sectors supported and firms' characteristics.
BNDES EXPENDITURES IN INNOVATIVE ACTIVITIES: 2002-2015
This is a single case study that used secondary data to evaluate the BNDES innovation programs. To analyze BNDES expenditures, the authors use databases from different institutions.
BNDES database of innovative projects took into consideration the bank's broad concept of innovation, as described in the sections above. Thus, these projects included not only traditional activities, such as R&D expenditures and acquisition of machines and equipment, but also support to R&D infrastructure, marketing etc.
The analysis was mainly concentrated in non-automatic operations (NAOs), while automatic operations (AOs) were briefly analyzed. NAO_Innovation refers to the non-automatic operations that supported innovative projects. The available database encompasses information between 2002 and 2015 and includes the following variables: name and national legal entity register (CNPJ) of the clients, modality of operation (direct or indirect), contracting date, contracted value, interests, grace and amortization period, product, financial instrument, objective and sector of the project.
From the CNPJ it was possible to identify the firms' origin of capital and their number of patents. The patent indicators, which include invention and utility model patents, were obtained through the database of Brazilian Patent and Trademark Office (Instituto Nacional de Propriedade Industrial--INPI). A database of Central Bank, base year 2010, was used to identify their origin of capital. The following firms must provide information to Central Bank:
* Resident firms that took credit from non-residents, with debit balance in the database of 12/31/2010 equal or superior to US$ 1 million.
* Firms--including investment funds--with direct participation of non-residents in their social capital in any amount.
Simply put, we classified them as foreign or national. A firm was classified as "foreign" if the sum of the voting power of all foreign individuals equals 50% or more. But information regarding origin of capital presents some limitations. For instance, a firm belonging to a foreign subsidiary is classified as 'national'. Therefore, foreign participation in this analysis tends to be underestimated.
Database of NAOs, available at the BNDES website, and the Pintec surveys were also used in this analysis.
This study focuses on manufacturing industry, which represents 73.2% of the NAOs' contracted values directed to innovation in the period. The values differ from those presented in the BNDES Annual Report 2015, since it presented amounts actually disbursed.
BNDES disbursements to support innovation: NAOs
Between 2002 and 2015, the total amount of NAOs reached R$ 219.5 billion. Of these, 6.5%, or R$ 14.3 billion, were allocated in innovative projects. This percentage, however, has changed over time: until 2009, such projects represented in average merely 1.0% of available resources. In 2010, it reached 4.5%. Nevertheless, the most relevant leap occurs in 2011, when innovative projects represented more than 8.0% of total resources, reaching a peak of 20.8% in 2013.
NAOs by resource allocation
Even though the amount allocated in innovative projects grew both in absolute and proportional terms, the number of firms assisted through the period was restricted: only 168 firms in the manufacturing industry were contemplated in 362 operations. The average value by operation was R$ 39.5 million, though the majority of firms (125 of them, i.e. 74.4% of the total) contracted less than that.
It is worth mentioning that Pintec identified, between 2009 and 2011, 1,006 large companies that invested in innovative activities, and among them, six hundred received some kind of governmental support to innovate. Therefore, investments in innovation through NAOs reached a limited percentage of innovative companies. Besides, 60% of resources, equivalent to R$ 8.5 billion, were contracted by ten firms.
Just as the amount of resources, the number of firms, the number of operations and the average value per operation also grew through the years, all of them reaching their maximum levels in 2013.
Table 2 shows the NAO resources to innovation by sector and compares it with the sectorial distribution of expenditures in innovative activities of industrial firms according to Pintec 2011. This comparison allows to investigate if NAO resources focused proportionally more in high tech sectors.
Sectors were grouped according to the technological intensity classification used by Organisation for Economic Co-operation and Development (OECD). When comparing the Pintec 2011 data and the NAO_Innovation data, one can verify that high tech industries were more representative in the second group: while they represented 11.1% of investments in innovation made by Brazilian industrial firms (2011), they reached 35% of the BNDES NAO_Innovation expenditures (2009-2011). This is an indicator of the special support directed by the institution to the pharmaceutical, electronic and optical sectors. This comparison contraposes the critics that the institution was essencially financing segments in which the country was already competitive. At least in innovation, high technology sectors received proportionally more support. Besides these sectors, vehicules and oil and biofuels also stood out. Through the whole period, the automobile industry was the one that individually received the highest amount of resources.
Regarding the firms' origin of capital, among the 362 projects, foreign companies contracted 86, with an average value per project of R$ 72.2 million, compared to R$ 29.3 million in the case of national firms. Foreign companies received 43.4% of the R$ 14.3 billion directed to innovation between 2002 and 2015. The sectorial distribution of resources received by foreign firms showed its expressive concentration in the vehicle sector (79.0%), followed by pharmaceutical products. Together, they represent 92.6% of the resources contracted by foreign firms.
As we mentioned before, the definition of origin of capital was based on CCE 2010. Given the buying and selling of firms throughout the last decades in Brazil, some firms could have different origins of capital in other years. What can be ascertained is that, based on the criteria mentioned above, 43% of contracted resources were directed to firms that, in 2010, were foreign.
We also see that BNDES support to innovation is mainly representative in three sectors: other transport equipment, vehicles and pharmaceutical industry. This is shown in table 3, which presents the proportion between BNDES_NAO_Innovation and innovative expenditures of large firms (2011).
NAOs by origin of resources
After mapping the resource destination, this section evaluates their origin, that is, the financial instruments to support innovative activities. The instruments identified among the NAOs innovation projects were classified in five groups:
1) Horizontal lines: instruments directly related to innovative activities (project or entrepreneurial strategy), without differentiation by sector.
2) Complementary lines: support to specific activities such as design, engineering and acquisition of capital goods.
3) Sectorial programs, such as Profarma.
4) Non-reimbursable fund, Funtec.
5) Others: include instruments which aim to promote investments but also gave support to some innovative projects.
Various instruments, such as Capital Inovador, Proengenharia, ProBK, among others, were incorporated into the PSI, which offered more competitive interest rates. From the R$ 14.3 billion directed to innovation, R$ 10.1 billion were contracted from the many modalities of PSI.
Tables 5 presents the contracted values per financial instruments while table 6 shows the intersection between the main instruments and the destinies of their resources.
The majority of resources (75.1%) were contracted in the 2012-2015 period, in which PSI and Plano Inova Empresa came into effect. This temporal concentration counts for most instruments, except for the sectorial ones (Profarma and Prosoft), some horizontal lines (which were created and ended before 2012) and Funtec.
Along the whole period, support instruments for engineering activities represented 39.4% of the contracted value (69 projects), standing out as the main instrument regarding the value. Engineering lines (Engenharia Automotiva, Proengenharia and particularly PSI Proengenharia) were mostly used by the automobile sector (77.8%). It stands out that 30.6% of the total contracted values from BNDES NAO_Innovation, or R$ 4.4 billion, were concentrated in engineering activities for the automobile industry.
The Proengenharia line financed: i) local engineering activities; ii) physical infrastructure for research, development, product engineering, tests and trials; and iii) engineering services. Financeable items include: national machines and equipment registered in BNDES; workforce and materials; tests and trials; domestic and foreign expenses regarding the industrial property of the project; civil works, assemblies and installations; domestically developed software; and import of new equipment without a national similar.
In the 69 projects of engineering lines, the main explicit objective was the development of new products, especially automobile models. The improvement of products and processes and the building and modernization of plants and laboratories related to technology also figured among these objectives. 26.1% of the objectives of projects were not identified.
The horizontal lines represented 33.34% of the amount contracted, distributed between 177 projects. Given their horizontal nature, these lines were used by almost all industrial sectors. The average value of their projects is lower than the engineering lines: R$ 26.9 million against R$ 81.6 million, respectively.
PSI Projetos Transformadores, aimed at developing high-tech sectors with positive technological linkages, accounted for 14.8% of NAO_Innovation resources. There were eleven large projects with an average value of R$ 192 million each that included, among others, the implementation of second generation ethanol plants and the construction of biopharmaceutical factories.
Capital Good lines also showed a high sectorial concentration in two segments: oil and fuels and, again, automobile industry. Together, they contracted 82.2% of these resources. Prodesign, in accordance with its objective, was concentrated heavily on textiles and clothing (87.6%). Its projects supported investment plans in design and fashion goods (intimate apparel, sports and swimwear) and expenditures in research, developing and marketing for new collections.
Funtec, in turn, focused on medicines and pharmochemical, whose projects accounted for 66.4% of its resources. The remaining ones supported the following sectors: food products; oil and biofuels; non-metallic mineral goods; metallurgy; and computing, electronics and optics. The projects aimed at developing technology for increasing the efficacy of the process of manufacturing ethanol from sugarcane; the implementation of pilot plants for the production of biodiesel; the development of rotavirus, dengue fever and canine leishmaniosis vaccines; the implementation of technological support labs, the production of recombining human insulin, the development of pozzolanic cement, the harvesting of solar grade silico by means of the improvement of metal purification, among others.
As expected, Profarma resources were mostly directed to the pharmaceutical sector (96%); and likewise Prosoft exclusively supported the computing, electronics and optics sector.
Innovative performance of NAO_Innovation clients
The innovative profile of firms can be measured, among other variables, by patent applications. Patents are not be the most adequate measure for analyzing the impact of the BNDES instruments, as the bank used a broad concept of innovation, including, as mentioned above, engineering activities, design, marketing and not only activities aimed at generating patentable technologies. Despite it should not be used to evaluate the impact of BNDES instruments, the patent indicators help in the description of the firms' innovative profile.
The patent applications were divided into two periods: 2002-2005 and 2006-2012 (table 8). Between these periods, the number of BNDES NAO_Innovation clients that applied for patents increased from 59 to 81 firms (thirty firms started applying for in the second period, and eight ceased depositing them). It followed a national tendency, as a generalized increased in the number of patents applied for in the country was observed throughout this second period. But the number of patents applied for by NAO_Innovation clients still increased more than the national average: a 64.7% growth, compared to 52.9%. Among the benefitted companies, the foreign ones presented a lower number of patents per year, reaching 0,42 patents between 2006 and 2012.
Additional Funding: AOs
In the case of AOs, information is available from March 28th, 2002 to December 30th, 2015. The contracted amounts in innovative projects were significantly lower--a total of R$ 973.2 million, half of which were invested in agriculture. The manufacturing industry represented only 18.2% of contracted values and 4.9% of the number of projects.
The AOs resources also increased throughout the period. Specially, a great leap in volume of resources, number of operations and attended firms was seen from 2011 on. 89% of the amounts were contracted between 2011 and 2015.
Among the manufacturing industries, medium-low and especially low technology sectors were proportionally more contemplated by AOs with, respectively, 26.3% and 15.2% of resources. NAOs' highly representative sectors, such as vehicles and pharmaceuticals, lost presence among AOs, except for energy industries (oil and biofuels industry) (table 9).
Regarding instruments for supporting innovation, horizontal lines stand out with 76.3% of contracted values, followed by support for capital goods. Micro, Small and Medium firms (MSMF)' instrument also appear, even though with little significance (1.0%) (table 10).
Therefore, in comparison to NAOs, the distribution of AO resources is more uniform; the average values are lower and the horizontal lines, compared to the others, are more relevant.
The political agenda of the Brazilian government included innovation as an important issue in the 2000s. Especially since 2004, when sectorial and ST&I policies were reintroduced, the subject became relevant for the federal government. New legislations and instruments were launched, as well as an expressive increase in resources directed to technological development.
During this period, BNDES became an important institution in supporting technological development. As showed in the previous sections, the BNDES action in the field of innovation went through three periods. The first one, between 2005 and 2007, marked its incorporation in the agenda. In second period, from 2008 to 2011, the innovation was consolidated as a strategic priority and the bank incorporated a broader and more structural view of innovation. In 2012 BNDES started exercising a more active attitude regarding technologies to be developed. Paiss represented an important change by defining the technological segment to be supported (second generation ethanol) (Tavares, 2013). Due to its success, important ramifications were created, culminating in the launch of Inova Empresa, which aimed to replicate the Paiss experience to other sectors.
As a result of these changes, there was a significant increase in contracted amounts of innovative projects, especially from 2011 on. The 2012-2015 period, in which PSI instruments and Plano Inova Empresa were in vigor, concentrated 75.1% of the resources deployed throughout the whole period.
It was also noted an increased importance of innovation' projects in BNDES expenditures. In the whole period, the NAOs reached R$ 219.5 billion, with an average of 6.5% of this value directed to projects related to innovation. This percentage, however, presented major modifications with time: until 2009, these projects represented, in average, just 1.0% of contracted amounts. In 2010, it reached 4.5%. Still, the most significant leap happened from 2011 on, when innovative projects achieved more than 8.0% of total contracted resources, including the peak of 20.8% in 2013.
Even if the resources allocated to innovative projects have grown as much in absolute as in proportional terms, the number of firms attended in the period remained limited. NAOs contemplated just 168 firms of manufacturing industry in 362 operations. Among these 362 projects, foreign companies contracted 86 projects with an average value of R$ 72.2 million each, significantly superior to the R$ 29.3 million average of the national ones. Of the R$ 14.3 billion invested in innovation by the institution, 43.4% were contracted between 2002 and 2015.
BNDES innovative projects supported specially high technology sectors. This indicator opposes, to a certain degree, the critics that the institution essencially financed sectors in which the country was already competitive: at least in the field of innovation, high tech industries received comparatively more resources. However, it is important to point out that relevant innovations may occur in low tech sectors, and Paiss is an example of that: it proposed to solve a technological bottleneck in a low tech segment in which the country was losing competitiveness.
Among the instruments, the ones aimed at supporting engineering activities represented 39.4% of the contracted values, standing out as the main instrument (if value is the criteria). Next came the horizontal lines, with 33.4% of the amount contracted in the period, which were used by many industrial sectors.
Despite the growing relevance of BNDES as a player of innovative policies, some points should be considered.
Firstly, many instruments were launched and closed over time. This was certainly part of the learning process of the institution; however, the excessive number of changes, especially until 2010, may have confused the (potential) clients. In addition, an excessive number of instruments with little or no use seems to have been launched. Proplastico and Pro-Aeronautica, for instance, barely appear in the assessed database. Only Profarma and Prosoft stood out among the sectorial instruments that supported innovative projects in manufacturing industries. Therefore, a more cautious evaluation of technological bottlenecks would be necessary before the launch of instruments to avoid underuse of them.
The representativity of the motor vehicle sector in contracted values is also worthy of notice. This was, by far, the sector with the greatest support by the institution. While it represented, in 2011, just 13.4% of innovative expenditures of the Brazilian manufacturing industry, it received, between 2002 and 2015, 30.9% of NAO resources for innovation (R$ 4.9 billion). The major part of this industry is foreign, excepting some segments, such as autoparts.
One could question which segments should be supported by innovative polices: high tech sectors, due to their potential technological externalities; smaller firms, given their limited resources; or, yet, technological and social bottlenecks, notwithstanding the size or sector of firms. However, does the motor vehicle industry attend some of these criteria to be especially benefitted? An internationalized industry needs such large amounts of national resources to finance itself? Among the problems the country must solve, is the matter of vehicles, particularly those destined to individual transport, so relevant? Do they promote so many externalities? What is the return, in innovative terms, brought by this industry to the country? Given the amount of resources received by automobile firms, it is necessary to seriously consider these questions.
BNDES seems to have given an important leap in terms of learning and use of its instruments until at least 2015. The plans and instruments created from 2002 to 2015, especially in final years of this period, are an example of that. To generate the expected returns, it is vital that the institution (and the country) have a clear idea of what problems we should solve, where are our bottlenecks and what kind of innovation we should and must finance. Otherwise, great amounts of resources may be invested, and even if they generate interessant innovations and increase the lucrativity of companies, their spread through society, as well as the solution of the main national problems, will remain inexistent.
Received on September 15, 2018 / Approved on November 6, 2018
The authors thank Larissa Pereira for the precious help in the data elaboration and BNDES for sharing information regarding their operations involving technological innovation.
Almeida, M. (2011a). O novo estado desenvolvimentista e o governo Lula. Revista Economia & Tecnologia, 7: 69-89.
--. (2011b). Politica industrial e crescimento. Radar--Tecnologia, Producao e Comercio Exterior, 16: 47-56.
Bastos, V. D. (2012). 2000-2010: uma decada de apoio federal a inovacao no Brasil. Revista do BNDES, 37: 127-75.
Banco Central do Brasil--BCB. (2011). Censo 2011 de Capitais Estrangeiros no Pais Ano Base 2010. Brasilia: BCB.
Banco Nacional de Desenvolvimento Economico e Social--BNDES. (2016). Relatorio Anual2015. Rio de Janeiro: BNDES.
BRASIL, Presidencia da Republica. (2003). Diretrizes de politica industrial tecnologica e de comercio exterior. Brasilia, 23 p.
--. (2004). Lei no 10.973, de 2 de dezembro de 2004. Lei da Inovacao Tecnologica. Brasilia: Congresso Nacional.
--. (2005). Lei no 11.196, de 21 de novembro de 2016. Institui o Regime Especial de Tributacao para a Plataforma de Exportacao de Servicos de Tecnologia da Informacao (Repes), o Regime Especial de Aquisicao de Bens de Capital para Empresas Exportadoras (Recap) e o Programa de Inclusao Digital; dispoe sobre incentivos fiscais para a inovacao tecnologica; altera [...]; e da outras providencias. Brasilia: Congresso Nacional. Disponivel aem:<https://goo.gl/5KL7t3>.
Cassiolato, J. E. (2010). Mecanismos de apoio a inovacao no Brasil: uma breve nota critica. Parcerias Estrategicas, 15/31: 75-82.
Costa, K. F. (2011). Desafios do desenvolvimento brasileiro: o papel do BNDES no incentivo a inovacao e ao desenvolvimento tecnologico. Article presented at Encontro Anual da ANPOCS 2011, Caxambu, Brasil.
Instituto Brasileira de Geografia e Estatistica--IBGE. (2013). Pesquisa de Inovacao Tecnologica (Pintec). Rio de Janeiro: IBGE.
Kickinger, F. C. & Almeida, H. T. V. (2010). Reflexoes sobre a inovacao no Brasil e o papel do BNDES. In: Alem, A. C. & Giambiagi, F. O BNDES em um Brasil em transicao. Rio de Janeiro: BNDES.
Kupfer, D. (2013). O desafio do financiamento a inovacao. Valor Economico.
Szapiro, M., Vargas, M. & Cassiolato, J. (2014). Advances and limitations of Brazilian innovation policy over the last decade. Article presented at GLOBELICS CONFERENCE 2014, Addis Ababa, Ethiopia.
Tavares, J. M. H. (2013). O papel do BNDES no financiamento da inovacao tecnologica. Master Thesis. Universidade Federal do Rio de Janeiro, Rio de Janeiro, Brasil.
Vallim, R. B. (2014). O financiamento a inovacao nas empresas no contexto do sistema nacional de inovacao brasileiro. Master Thesis. Universidade Federal do Rio de Janeiro, Rio de Janeiro, Brasil.
Agencia Brasileira de Desenvolvimento Industrial--ABDI. (2016). Os desafios da politica industrial brasileira: uma contribuicao da Agencia de Desenvolvimento Industrial (ABDI) 2004-2014. Brasilia: ABDI.
Almeida, M., Lima-de-Oliveira, R. & Schneider, B. R. (2014). Politica industrial e empresas estatais no Brasil: BNDES e Petrobras. In: Gomide, A. A. & Pires, R. (ed.) Capacidades estatais e Democracia, pp. 323-47. Brasilia: Ipea.
Araujo, B. C. (2011). Politicas de inovacao e suas instituicoes no Brasil e na China. Radar Tecnologia, Producao e Comercio Exterior, 16: 65-75.
--. (2012). Politicas de apoio a inovacao no Brasil: uma analise de sua evolucao recente (No. 1759). Texto para Discussao, Instituto de Pesquisa Economica Aplicada (IPEA).
Arruda, C. et al. (2010). Linhas de fomentos: um desafio para o desenvolvimento do potencial de inovacao das empresas brasileiras. Caderno de Ideias, 1014.
BNDES. (2014). Relatorio anual 2014. Rio de Janeiro: BNDES.
--. (2016). Bases de dados de operacoes automaticas e nao automaticas. Rio de Janeiro: BNDES.
Brandao, L. A. & Drumond, C. E. I. (2012). Politicas pro-inovacao: uma analise da politica industrial nos oito anos do governo Lula. Revista Economia & Tecnologia, 8(2), 20-40.
BRASIL. (2008). Politica de Desenvolvimento Produtivo--Inovar e Investir para Sustentar o Crescimento. Brasilia: Governo Federal.
--. (2011). Plano Brasil Maior. Brasilia: Governo Federal.
Bueno, A. & Torkomian, A. L. V. (2014). Financiamentos a inovacao tecnologica: reembolsaveis, nao reembolsaveis e incentivos fiscais. Revista de Administracao e Inovacao, 11(4), 135-58.
Coutinho, L. G. (2014). A crise e as multiplas oportunidades de retomada do desenvolvimento industrial do Brasil. In: Prado, L. C. D. & Lastres, H. M. M. Estrategias de desenvolvimento, politica industrial e inovacao: ensaios em memoria de Fabio Erber. Rio de Janeiro: BNDES.
Coutinho, L. G. et al. (2012). Desenvolvimento com base em inovacao: oportunidades para o Brasil e implicacoes de politica. Parcerias Estrategicas, 16(32), 125-130.
Couto, A. C. L. & Trintim, J. G. (2012). O papel do BNDES no financiamento da economia brasileira. Article presented at Encontro Internacional da Associacao Keynesiana Brasileira 2012, Sao Paulo, Brasil.
De Negri, F. (2015). Inovacao e produtividade: por uma renovada agenda de politicas publicas. Radar--Tecnologia, Producao e Comercio Exterior, 42: 7-15.
Ferraz, J. C. et al. (2012). O BNDES e o financiamento do desenvolvimento. Revista USP, 93: 69-80.
Gomide, A. A. & Pires, R. R. C. (2014), Capacidades estatais e democracia: arranjos institucionais de politicas publicas. Brasilia: Ipea.
Instituto Nacional da Propriedade Industrial--INPI. (2012). Bases de patentes 2000-2012. Brasilia.
Mazzucato, M., & Penna, C. (2016). The Brazilian innovation system: a mission-oriented policy proposal. Centro de Gestao e Estudos Estrategicos.
Pamplona, J. B.; Yanikian, V. P. M. (2015). O sistema federal de financiamento a inovacao no brasil. Pesquisa & Debate, 26(1): 35-74.
Vieira, K. P. (2008). Financiamento e apoio a inovacao no Brasil. Master Thesis. Cedeplar/UFMG, Belo Horizonte, Brasil.
CATHEGORIES OF OPERATIONS ADOPTED BY BNDES
* Direct: operations larger than R$ 20 million that do not involved other financial agents (brokers) and are necessarily non-automatic;
* Non-automatic indirect: operations larger than R$ 20 million, with other financial agents acting as brokers and whose credit concession depends on previous analysis by BNDES;
* Automatic indirect: sums up to R$ 20 million, intermediated by other financial agents without interference of BNDES in the credit analysis.
The instruments analyzed in this paper were included in the BNDES products described below.
Fixed income non-automatic operations:
* BNDES Finem: finances investments for the implementation, expansion, recuperation and modernization of fixed assets in projects whose value is equal or superior to R$ 20 million;
* BNDES Limite de Credito: financial support to low risk firms or economic groups for current or RD&I investments;
* BNDES nao reembolsavel: non-refundable credit operations.
Fixed income automatic operations:
* BNDES Automatico: financing investment projects whose value is equal or superior to R$ 20 million by means of authorized financial institutions. It finances the implementation, expansion, recuperation and modernization of fixed assets as well as RD&I projects;
* BNDES Financiamento de Maquinas e Equipamentos (BNDES Finame): financing, by means of authorized financial institutions the acquisition of new machines, equipment and computing made in Brazil and accredited by BNDES.
To each product there is one or more associated credit lines with specific characteristics and conditions, such as financial cost, maintenance fees, spread, guarantees and grace periods. "Programs", on the other hand, had predetermined resource endowment and duration that could be extended. Programs had characteristics and financial conditions similar to the "financing lines", although they could work together with more than one product.
(1) Graziela Zucoloto
(2) Mauro Oddo Nogueira
(3) Larissa de Souza Pereira (iD)
(1) Instituto de Pesquisa Economica Aplicada--IPEA, Rio de Janeiro (Brazil).
Orcid: < http://orcid.org/0000-0002-2398-6680> Email: < email@example.com>
(2) Instituto de Pesquisa Economica Aplicada--IPEA, Rio de Janeiro (Brazil).
Orcid: < https://orcid.org/0000-0001-7509-0491> Email: < firstname.lastname@example.org>
(3) Instituto de Pesquisa Economica Aplicada--IPEA, Rio de Janeiro (Brazil).
Orcid: < http://orcid.org/0000-0002-0741-5239> Email: < email@example.com>
Caption: Figure 1--Contracted value of NAOs in the manufacturing industry: total and percentage for innovation (In %)
Table 1--NAO_Innovation: number of operations and firms per year Year Number of Average value per Number of operations operation (R$ million) firms 2002 2 8.7 2 2003 4 7.8 1 2004 * -- -- -- 2005 2 11.5 2 2006 8 9.9 7 2007 15 12.0 11 2008 16 12.7 13 2009 17 27.8 15 2010 25 37.3 18 2011 37 43.7 17 2012 46 57.0 29 2013 86 64.4 54 2014 69 28.0 46 2015 35 18.6 21 Total ** 362 39.5 168 ** Year Average value per firm (R$ million) 2002 8.7 2003 31.4 2004 * -- 2005 11.5 2006 11.3 2007 16.4 2008 15.6 2009 31.5 2010 51.8 2011 95.0 2012 90.4 2013 102.6 2014 42.0 2015 30.9 Total ** 85.1 Source: BNDES. Notes: * In 2004, only four operations were found, all in the information and communication sector, which is not part of the transformation industry. ** The total amount of firms is smaller than the sum per year because some firms were benefitted for more than a year. Table 2--Sectorial participation in innovative projects: Pintec and BNDES (ONA_Innovation) manufacturing industries. (In %) Sectors by technological Sectorial participation-- intensity contracted value (BNDES/NAO_Innovation) 2003- 2006- 2009- 2012- 2005 2008 2011 2015 High tech industry 55,1% 46,4% 35,0% 33,4% Computing equipment, 0,0% 21,6% 6,8% 7,7% electronic and optical products Pharmaceutical products 32,0% 24,8% 10,3% 12,6% Transportation equipment other 23,1% 0,0% 17,9% 13,0% than motor vehicles Medium-high tech industry 44,9% 29,5% 61,3% 40,7% Electric machines, devices and 0,0% 1,7% 0,1% 0,4% materials Motor vehicle, tow trucks and 43,8% 25,7% 57,0% 29,0% bodyworks Motor vehicle parts and 43,8% 8,8% 1,5% 0,1% accessories Chemical products 1,1% 0,8% 3,3% 9,2% Machines and equipment 0,0% 1,3% 0,9% 2,0% Maintenance, repair and installation of machines and 0,0% 0,0% 0,0% 0,1% equipment Medium-low tech industry 0,0% 20,6% 2,1% 17,9% Rubber and plastic material 0,0% 0,0% 0,0% 1,0% products Coke, oil derived products and 0,0% 7,6% 1,7% 16,1% biofuels Oil refinement 0,0% 0,0% 0,0% 7,4% Biofuel 0,0% 7,6% 1,7% 8,7% Non-metallic minerals products 0,0% 0,0% 0,0% 0,1% Metallurgy 0,0% 6,9% 0,4% 0,3% Metal product, except for 0,0% 6,0% 0,0% 0,5% machines and equipment Low technology industry 0,0% 3,5% 1,6% 8,0% Food products 0,0% 0,8% 0,2% 0,8% Beverages -- -- -- -- Tobacco -- -- -- -- Textile products 0,0% 0,0% 0,0% 2,2% Clothing and accessories 0,0% 0,0% 0,0% 1,9% Preparation of leather and leather artifact, travel gear 0,0% 0,6% 1,2% 0,5% and footwear Wooden products 0,0% 0,0% 0,0% 0,1% Cellulose, paper and paper 0,0% 0,0% 0,0% 2,1% products Furniture 0,0% 2,1% 0,2% 0,0% Miscellaneous products 0,0% 0,0% 0,1% 0,3% Sectors by technological Pintec--Innovation intensity expenditures (total) 2011 * High tech industry 11,1% Computing equipment, 4,4% electronic and optical products Pharmaceutical products 3,7% Transportation equipment other 3,0% than motor vehicles Medium-high tech industry 30,5% Electric machines, devices and 3,6% materials Motor vehicle, tow trucks and 13,4% bodyworks Motor vehicle parts and 3,6% accessories Chemical products 9,1% Machines and equipment 4,3% Maintenance, repair and installation of machines and 0,0% equipment Medium-low tech industry 28,0% Rubber and plastic material 4,4% products Coke, oil derived products and 9,1% biofuels Oil refinement 6,8% Biofuel -- Non-metallic minerals products 2,5% Metallurgy 8,3% Metal product, except for 3,7% machines and equipment Low technology industry 29,7% Food products 15,6% Beverages 2,5% Tobacco 0,4% Textile products 1,3% Clothing and accessories 1,2% Preparation of leather and leather artifact, travel gear 2,2% and footwear Wooden products 9,1% Cellulose, paper and paper 4,0% products Furniture 0,0% Miscellaneous products 0,0% Sectors by technological Pintec--Innovation intensity Expenditures (large firms) 2011 High tech industry 12,9% Computing equipment, 3,8% electronic and optical products Pharmaceutical products 4,8% Transportation equipment other 4,3% than motor vehicles Medium-high tech industry 42,1% Electric machines, devices and 3,5% materials Motor vehicle, tow trucks and 21,7% bodyworks Motor vehicle parts and 4,8% accessories Chemical products 9,8% Machines and equipment 2,0% Maintenance, repair and installation of machines and 0,2% equipment Medium-low tech industry 30,2% Rubber and plastic material 2,7% products Coke, oil derived products and 13,9% biofuels Oil refinement -- Biofuel -- Non-metallic minerals products 1,4% Metallurgy 10,8% Metal product, except for 1,3% machines and equipment Low technology industry 16,9% Food products 8,4% Beverages 3,5% Tobacco -- Textile products 0,8% Clothing and accessories 0,4% Preparation of leather and leather artifact, travel gear 1,1% and footwear Wooden products 0,8% Cellulose, paper and paper 1,6% products Furniture 0,2% Miscellaneous products 0,1% Sources: BNDES and IBGE. Table 3--BNDES_NAO_Innovation and innovative expenditures of large firms (2011). Sectors BNDES_NAO_ Innovation/ PINTEC_large firms (2011) Food products 0,16% Coque, produtos derivados do petroleo e 0,08% de biocombustiveis Chemical products 0,59% Pharmaceutical products 19,95% Computing equipment, electronic and 1,05% optical products Electric machines, devices and materials 0,28% Motor vehicles, tow trucks and bodyworks 12,15% Motor vehicle parts and accessories 1,78% Transportation equipment other than motor vehicles 43,10% Total 5,58% Sources: BNDES and IBGE. Table 4--Foreign firms by sector (2002-2015) Sectors Foreign firms (NAO_Innovation) Number of projects Food products 1 Chemical products 2 Pharmaceutical products 3 Rubber and plastic material products 6 Metallurgy 2 Computing equipment, electronic and optical 1 products Machines and equipment 7 Motor vehicles, tow trucks and bodyworks 63 Other transportation equipment 1 TOTAL 86 Contracted value: average per project (R$ million) Food products 1,79 Chemical products 7,46 Pharmaceutical products 282,47 Rubber and plastic material products 17,02 Metallurgy 16,96 Computing equipment, electronic and optical 200,00 products Machines and equipment 12,81 Motor vehicles, tow trucks and bodyworks 77,78 Other transportation equipment 16,58 TOTAL 72,17 Firms: foreign/ total (%) Food products 1,8% Chemical products 1,4% Pharmaceutical products 47,0% Rubber and plastic material products 98,2% Metallurgy 43,7% Computing equipment, electronic and optical 17,6% products Machines and equipment 35,4% Motor vehicles, tow trucks and bodyworks 98,3% Other transportation equipment 0,8% TOTAL 43,42% Sources: BNDES and Central Bank of Brazil. Table 5--NAO_Innovation: financial instruments by period Contracted value (R$ million) Financial instruments 2002 2003- 2006- 2009- 2012- 2005 2008 2011 2015 Horizontal lines -- -- 164,0 1.000,5 3.603,1 PSI Inovacao -- -- -- -- 3.417,8 Inovacao Producao -- -- 162,5 19,4 26,5 Capital Inovador / -- -- 1,5 368,0 -- PSI Capital Inovador Inovacao Tecnologica -- -- -- 613,1 -- /PSI Inovacao Tecnologica BNDES Inovacao -- -- -- -- 158,8 Complementary lines -- -- 118,7 1.571,5 6.930,9 BNDES Prodesign -- -- -- -- 195,2 Engeneering Lines: -- -- 118,7 1.571,5 3.938,5 BNDES Proengenharia/ Engenharia Automotiva/PSI Proengenharia Capital Goods Lines: -- -- -- -- 418,9 BNDES ProBK /PSI BK/ Aquisicao de Bens de Capital PSI Projetos -- -- -- -- 2.117,9 Transformadores BNDES Revitaliza -- -- -- -- 260,5 Sectorial programs -- 22,9 93,1 62,9 54,9 Profarma -- 22,9 80,7 43,1 54,9 Prosoft -- -- 12,5 19,8 -- Non-reimbursable -- -- 35,4 43,8 7,0 Funtec -- -- 35,4 43,8 7,0 Other 17,3 31,4 50,9 341,6 143,8 Capacidade Produtiva -- -- 8,8 335,3 -- Linha de Apoio -- -- -- -- 120,5 (Industria e Agropecuaria) Other * 17,3 31,4 42,1 6,3 23,2 TOTAL 17,3 54,3 462,2 3.020,3 10.739,7 Contracted value (R$ Number Average Financial instruments Total of projects value by project (R$ million) Horizontal lines 4.767,6 177 26,9 PSI Inovacao 3.417,8 96 35,6 Inovacao Producao 208,4 18 11,6 Capital Inovador / 369,5 17 21,7 PSI Capital Inovador Inovacao Tecnologica 613,1 26 23,6 /PSI Inovacao Tecnologica BNDES Inovacao 158,8 20 7,9 Complementary lines 8.621,1 115 75,0 BNDES Prodesign 195,2 17 11,5 Engeneering Lines: 5.628,6 69 81,6 BNDES Proengenharia/ Engenharia Automotiva/PSI Proengenharia Capital Goods Lines: 418,9 15 27,9 BNDES ProBK /PSI BK/ Aquisicao de Bens de Capital PSI Projetos 2.117,9 11 192,5 Transformadores BNDES Revitaliza 260,5 3 86,8 Sectorial programs 233,9 29 8,1 Profarma 201,6 24 8,4 Prosoft 32,3 5 6,5 Non-reimbursable 86,2 10 8,6 Funtec 86,2 10 8,6 Other 585,0 41 14,3 Capacidade Produtiva 344,1 9 38,2 Linha de Apoio 120,5 4 30,1 (Industria e Agropecuaria) Other * 120,4 28 4,3 TOTAL 14.293,9 362 39,5 Source: BNDES. Includes: Fundo da Marinha Mercante, Programa Fundo Clima, PSI-Projetos Transformadores and others. Table 6--NAO_Innovation: financial instruments by sector (In %) Sectors Horizontal Engeneering lines lines Food products 1,4% -- Textile products 0,1% -- Clothing and accessories 0,2% -- manufacturing Leather products and footwear 1,9% -- Wooden products 0,1% -- Cellulose, paper and paper products 4,7% -- Coke, oil derived products and 22,7% -- biofuels Chemical products 19,7% 1,4% Pharmaceutical products 9,9% -- Rubber and plastic material 0,3% 1,6% products Non-metallic mineral products 0,1% 0,0% Metallurgy 1,4% -- Metal products 1,1% 0,4% Computing equipment, electronic and 10,7% 0,0% optical products Electric machines, devices and 0,7% -- materials Machines and equipment 2,7% 1,8% Motor vehicles, tow trucks and 0,4% 77,8% bodyworks Other transportation equipment 20,6% 16,9% Furniture 0,4% -- Miscellaneous products 0,6% -- maintenance--machines and equipment 0,2% -- Total by sector (%) 100,0% 100,0% Total (R$ million) 4.767,6 5.628,6 Total per instrument (%) 33,4% 39,4% Sectors Capital Goods Prodesign Lines Food products 2,0% -- Textile products -- 43,1% Clothing and accessories -- 44,5% manufacturing Leather products and footwear -- 1,6% Wooden products -- -- Cellulose, paper and paper products -- -- Coke, oil derived products and 53,8% - biofuels Chemical products 12,0% 10,2% Pharmaceutical products -- -- Rubber and plastic material 0,4% -- products Non-metallic mineral products -- -- Metallurgy -- -- Metal products -- -- Computing equipment, electronic and -- -- optical products Electric machines, devices and -- -- materials Machines and equipment 2,8% 0,5% Motor vehicles, tow trucks and 29,0% -- bodyworks Other transportation equipment -- -- Furniture -- -- Miscellaneous products -- -- maintenance--machines and equipment -- -- Total by sector (%) 100,0% 100,0% Total (R$ million) 418,9 195,2 Total per instrument (%) 2,9% 1,4% Sectors PSI Projetos Funtec Transformadores Food products -- 5,2% Textile products -- -- Clothing and accessories -- -- manufacturing Leather products and footwear -- -- Wooden products -- -- Cellulose, paper and paper products -- -- Coke, oil derived products and 23,2% 5,4% biofuels Chemical products -- -- Pharmaceutical products 51,1% 66,4 % Rubber and plastic material -- -- products Non-metallic mineral products -- 2,9% Metallurgy -- 13,5 % Metal products -- -- Computing equipment, electronic and 25,7% 6,6% optical products Electric machines, devices and -- -- materials Machines and equipment -- -- Motor vehicles, tow trucks and -- -- bodyworks Other transportation equipment -- -- Furniture -- -- Miscellaneous products -- -- maintenance--machines and equipment -- -- Total by sector (%) 100,0% 100,0 % Total (R$ million) 2.117,9 86,2 Total per instrument (%) 14,8% 0,6% Source: BNDES. Table 7--Engineering lines: objectives of projects Objectives of projects Number of Participation projects by project type (%) Development of new product 21 30,4% Modernization of plant/improvement of 11 15,9% process Improvement of product 10 14,5% Building/modernization/improvement/ 10 14,5% expansion of R&D, testing, trial, or technological infrastructure laboratory Increase of productive capacity 8 11,6% Social/environmental/cultural Project 7 10,1% Building of new production unit 5 7,2% Development of new process 2 2,9% Working capital 1 1,4% Increase of competitive capacity 1 1,4% Relocation of plant 1 1,4% Support to exports 1 1,4% No reported objective 18 26,1% Source: BNDES. Authors' elaboration. Table 8--Indicators of patent applications / applicants Patent applications / applicants 2000- 2006- 2000- 2005 2012 2012 BNDES' clients (NAO_Innovation) Number of applicant firms 59 81 89 Foreign 8 12 14 Number of patents 550 906 1,456 Applied for by foreign firms 39 80 119 Number of patents: yearly average per firm 0.55 0.77 0.67 Applied for by foreign firms 0.24 0.42 0.34 Sources: INPI, BNDES and C. Table 9--AO Innovation: sectorial distribution (2002-2015) Sectors Number of Contracted values projects (R$ million) High technology industry 14 32,9 Computing equipment, electronic and 12 28,9 optical products Pharmaceutical products 2 4,0 Transportation equipment other than -- -- motor vehicles Medium-high technology industry 28 70,8 Electric machines, devices and 5 7,2 materials Motor vehicle, tow trucks and 4 1,5 bodyworks Chemical products 3 23,5 Machines and equipment 15 37,8 Maintenance, repair and installation o 1 0,9 Medium- low technology industry 8 46,6 Rubber and plastic material 3 3,7 products Coke, oil derived products and 1 27,0 biofuels Non-metallic minerals products 1 0,6 Metallurgy 1 0,5 Metal product, except for machines 2 14,8 and equipment Low technology industry 13 27,0 Food products 1 1,3 Textile products 2 2,7 Clothing and accessories 1 1,0 Preparation of leather and leather 1 1,7 artifact, travel gear and footwear Wooden products 2 5,4 Cellulose, paper and paper products 2 5,9 Furniture 3 6,2 Miscellaneous products 1 2,7 TOTAL 63 177,4 Sectors Participation in the contracted values (%) High technology industry 18,6% Computing equipment, electronic and 16,3% optical products Pharmaceutical products 2,3% Transportation equipment other than -- motor vehicles Medium-high technology industry 39,9% Electric machines, devices and 4,1% materials Motor vehicle, tow trucks and 0,8% bodyworks Chemical products 13,3% Machines and equipment 21,3% Maintenance, repair and installation o 0,5% Medium- low technology industry 26,3% Rubber and plastic material 2,1% products Coke, oil derived products and 15,2% biofuels Non-metallic minerals products 0,3% Metallurgy 0,3% Metal product, except for machines 8,4% and equipment Low technology industry 15,2% Food products 0,8% Textile products 1,5% Clothing and accessories 0,6% Preparation of leather and leather 1,0% artifact, travel gear and footwear Wooden products 3,1% Cellulose, paper and paper products 3,3% Furniture 3,5% Miscellaneous products 1,5% TOTAL 100,0% Source: BNDES. Table 10--Financial instruments of AOs aimed at innovation Financial instruments Number of Contracted value operations (R$ million) Horizontal lines PSI Capital Inovador 6 71.7 PSI Inovacao 31 63.7 Complementary lines PSI BK 4 22.1 Sectorial lines Profarma 1 1.0 Others MSMF 4 1.7 Others 17 17.2 Total 63 177.4 Source: BNDES. Figure 2--Sectorial distribution of values contracted by foreign firms: NAO_Innovation (2002-2015) (In %) Pharmaceutical products 13,7% 0,2% 0,03% 0,3% Rubber and plastic material 1,6% products Metallurgy 0,5% Computing equipment electronic 3,2% and optical products Food products 1,4% Chemical products 79,0% Sources: BNDES and Central Bank of Brazil. Note: Table made from pie chart.
|Printer friendly Cite/link Email Feedback|
|Author:||Zucoloto, Graziela; Nogueira, Mauro Oddo; Pereira, Larissa de Souza|
|Publication:||International Journal of Innovation|
|Date:||Jan 1, 2019|
|Previous Article:||CLUSTER INNOVATION CAPABILITY: A SYSTEMATIC REVIEW.|
|Next Article:||TOWARDS A NEW PARADIGM OF "COOPETITIVENESS" IN EMERGING COUNTRIES: CASE OF THE ALGERIAN ENTREPRENEURIAL ECOSYSTEMS.|