quarta-feira, 14 de agosto de 2019

Fluxo de Comércio Internacional - mercado da cerveja

Para analisar um mercado qualquer é necessário conhecer um pouco sobre o comércio internacional do mesmo, de modo a identificar os principais países exportadores e importadores, e a origem e o destino das importações e exportações que o seu país faz. 

Para responder as perguntas como esta: Q: Quais são os países que mais exportaram/importaram CERVEJA ano X?

Inicialmente, você necessita conhecer o(s) códigos que este produto é identificado nas bases de dados de comércio internacional. No caso da cerveja, a classe 2203 contempla todos os tipos de cerveja e o código 220300 é o da cerveja com malte. Além disto, você pode conhecer o comércio internacional de um dos principais ingredientes da cerveja: o malte, que é identificado pelo código 1107 e lúpulo (130213)

A principal base de dados estatísticos sobre comércio internacional de produtos é a (UN Comtrade), que é um banco de dados  mantido pela Divisão de Estatísticas das Nações Unidas.  As informações são padronizadas e constantemente atualizadas. O UN Comtrade é considerado o banco de dados mais abrangente disponível de comércio internacional, com mais de 1 bilhão de registros, contendo estatísticas detalhadas sobre importações e exportações relatadas pelas autoridades estatísticas de cerca de 200 países ou áreas. 

Abaixo é apresentada a estratégia de busca realizada 


Outra opção é o  site da OEC também é possível obter estatísticas de comercio internacional para alguns produtos. Neste link https://oec.world/pt/profile/hs92/2203/ estão as informações sobre cerveja


Comércio Internacional da Cerveja
In 2017, the world exports of "Beer made from malt" exceeded $14.3 billion (according to external trade statistics of 128 countries). It was $13.1 billion in the previous year (according to merchandise trade statistics of 136 countries).

In 2017, the world imports of "Beer made from malt" exceeded $14.5 billion (according to external trade statistics of 141 countries). It was $13.6 billion in the previous year (according to merchandise trade statistics of 146 countries).

Em 2017, os principais exportadores de Cerveja são o México($3,76 Bilhão), a Holanda ($1,91 Bilhão), Bélgica-Luxemburgo ($1,65 Bilhão), a Alemanha ($1,92 Bilhãoo Estados Unidos ($685 Milhão). Os principais importadores são o Estados Unidos ($5,32 Bilhão), a França ($830 Milhão), a China ($750 Milhão), o Reino Unido ($628 Milhão) e a Itália ($585 Milhão).



Reporter
220300. Beer made from malt
ExportsImports
20172017
Value (US$)
World Rank
World Share, %
Value (US$)
World Rank
World Share, %
USA685,509,29554.785,326,262,702136.53
France405,046,14572.82830,242,68125.69
China227,581,935111.58750,403,52635.14
United Kingdom677,188,74864.73628,191,26944.3
Italy197,492,412131.37585,475,93254.01
Canada116,121,155180.81571,908,58363.92
Germany1,291,303,86949.02496,896,17073.4
Netherlands1,917,391,352213.39405,098,93582.77
Australia31,512,323390.22313,206,78892.14
Spain205,860,262121.43308,826,323102.11
Korea112,447,901200.78263,091,011111.8
Chile1,312,696850205,113,780121.4
Belgium1,651,388,261311.53201,763,915131.38
Russia129,087,752170.9195,143,134141.33
Other Asia, nes7,997,425560.05191,740,521151.31

Fonte: UNCOMTRADE(2019)


Top exporters of Beer made from malt in 2017

The world's largest exporters of this commodity group in 2017 were
  • Mexico - 26% of the world exports ($3.76 billion)
  • Netherlands - 13.3% ($1.91 billion)
  • Belgium - 11.5% ($1.65 billion)
  • Germany - 9.02% ($1.29 billion)
  • USA - 4.78% ($685 million)
«Beer made from malt» accounted for a substantial share of total exports of
  • Saint Vincent and the Grenadines - 8.35% of Saint Vincent and the Grenadines's total exports in 2017 ($3.53 million of $42 million)
  • Saint Lucia - 7.53% ($10.6 million of $141 million)
  • Burundi - 4.51% ($6.74 million of $149 million)
  • Samoa - 4.34% ($1.92 million of $44 million)
  • Saint Kitts and Nevis - 3.48% ($1.15 million of $33 million)
  • Jamaica - 2.65% ($34 million of $1.3 billion)
  • Timor-Leste - 2.55% ($15 million of $588 million)
  • Palau - 2.02% ($3.19 million of $157 million)
  • Solomon Islands - 1.64% ($9.38 million of $571 million)
  • Togo - 1.22% ($9.2 million of $749 million)
According to statistics provided by the major exporters, the largest flows of exports of «Beer made from malt» in 2017 were
  • Exports from Belgium to France: (3.61% of the world exports, $517 million according to external trade statistics of Belgium)
  • Exports from Belgium to Netherlands: (1.61% of the world exports, $231 million according to external trade statistics of Belgium)
  • Exports from Belgium to USA: (2.58% of the world exports, $369 million according to external trade statistics of Belgium)
  • Exports from Germany to Italy: (2.05% of the world exports, $294 million according to external trade statistics of Germany)
  • Exports from Mexico to USA: (22% of the world exports, $3.25 billion according to external trade statistics of Mexico)
  • Exports from Netherlands to France: (1.18% of the world exports, $169 million according to external trade statistics of Netherlands)
  • Exports from Netherlands to USA: (5.37% of the world exports, $769 million according to external trade statistics of Netherlands)
  • Exports from United Kingdom to USA: (1.25% of the world exports, $179 million according to external trade statistics of United Kingdom)
  • Exports from USA to Canada: (1.17% of the world exports, $168 million according to external trade statistics of USA)
  • Exports from USA to Mexico: (1.03% of the world exports, $147 million according to external trade statistics of USA)


Top importers of Beer made from malt in 2017

The world's largest importers of this commodity group in 2017 were
  • USA - 36% of the world imports ($5.32 billion)
  • France - 5.69% ($830 million)
  • China - 5.14% ($750 million)
  • United Kingdom - 4.3% ($628 million)
  • Italy - 4.01% ($585 million)
  • Canada - 3.92% ($571 million)
«Beer made from malt» accounted for a substantial share of total imports of
  • Timor-Leste - 2.55% of Timor-Leste's total imports in 2017 ($15 million of $588 million)
  • Palau - 2.02% ($3.19 million of $157 million)
  • Solomon Islands - 1.64% ($9.38 million of $571 million)
  • Togo - 1.22% ($9.2 million of $749 million)
  • Namibia - 1.22% ($64 million of $5.22 billion)
  • Cabo Verde - 1.2% ($9.57 million of $793 million)
  • Montenegro - 1.17% ($4.96 million of $420 million)
  • Paraguay - 1.17% ($139 million of $11.8 billion)
  • Saint Lucia - 1.08% ($7.19 million of $663 million)
  • Mexico - 0.92% ($3.76 billion of $409 billion)
According to statistics provided by the major importers, the largest flows of imports of «Beer made from malt» in 2017 were
  • Imports to China from Germany (1.43% of the world imports, $209 million according to external trade statistics of China)
  • Imports to France from Belgium (3.32% of the world imports, $484 million according to external trade statistics of France)
  • Imports to Germany from Denmark (1.52% of the world imports, $222 million according to external trade statistics of Germany)
  • Imports to Italy from Germany (1.25% of the world imports, $182 million according to external trade statistics of Italy)
  • Imports to Netherlands from Belgium (1.47% of the world imports, $215 million according to external trade statistics of Netherlands)
  • Imports to USA from Belgium (2.31% of the world imports, $337 million according to external trade statistics of USA)
  • Imports to USA from Germany (1.31% of the world imports, $192 million according to external trade statistics of USA)
  • Imports to USA from Ireland (1.52% of the world imports, $222 million according to external trade statistics of USA)
  • Imports to USA from Mexico (23% of the world imports, $3.4 billion according to external trade statistics of USA)
  • Imports to USA from Netherlands (5.73% of the world imports, $836 million according to external trade statistics of USA)
BRASIL
Entre 146 países, o Brasil ocupa o 21º lugar no ranking dos países exportadores de cerveja e 52º colocação no ranking das importações.
Fonte: Marajo Health Economics, a partir de dados do UNCOMTRADE

Além disto, você pode utilizar o Rstudio para obter dados sobre o comércio internacional. Desenvolvi a rotina abaixo para a captar dados da cerveja

#####################
#Rotina em R



#definindo diretorio

getwd()

setwd("~/financas em R")



# limpando a memoria

rm(list=ls())



#carregando os pacotes necessarios

my.pkgs <- c('comtradr', 'concordance', 
             
             'igraph', 'ITNr', 'scales', 'rjson', 'jsonlite', 'tradestatistics', 'WDI')





install.packages(c (my.pkgs), dependencies = TRUE)

devtools::install_github("r-spatial/mapview", dependencies = TRUE)



library(tradestatistics)

library(comtradr)

library(ggplot2)

library(dplyr)

library(ITNr)

library(rjson)

library(jsonlite)

library(dplyr)

library(purrr)

library(concordance)

library(magrittr)

library(httr)

library(RCurl)

library(rvest)

library(data.table)

library(tidyverse)


library(WDI)





#lista de produtos HS6

products <- fromJSON("https://api.tradestatistics.io/products")

view(products)



#escolhendo as mercadorias

ct_commodity_lookup('beer')

#obtendo os códigos HS

commodity_codes <- ct_commodity_lookup("beer", 
                                       
                                       return_code = TRUE, 
                                       
                                       
                                       return_char = TRUE)



#exportacao e importacao de cerveja - Brasil

exp_imp_br_cer <- ct_search(
  
  reporters = "Brazil",
  
  partners = "World",
  
  trade_direction = c("exports", "imports"),
  
  commod_codes = "220300",
  
  freq = "annual" )
  




#fazendo grafico

exp_imp_br_cer %>% 
  
  ggplot(aes(x = year, y = trade_value_usd/1e9,
             
             color = trade_flow)) +
  
  geom_line() +
  
  geom_point(size = 2) +
  
  labs(
    
    title = "Exportações e Importações de Cerveja - Brasil - 1990 a 2018",
    
    x = "Ano",
    
    y = "US$ Bilhões"
    
  ) +
  
  hrbrthemes::theme_ipsum_rc(
    
    plot_title_size = 10,
    
    base_size = 10
    
  ) +
  
  hrbrthemes::scale_color_ipsum(
    
    "Fluxo",
    
    labels = c("Exportações", "Importações")
    
  ) +
  
  theme(
    
    legend.position = "bottom"
    
  )



###EXPORTACAO MUNDO

#identificando os países exportadores de todos os tipos de cerveja

df <- ct_search(
  
  reporters = "All",
  
  partners = c("World"), 
  
  trade_direction = c("export"),
  
  freq = "annual",
  
  start_date = 2014, 
  
  end_date = 2018,
  
  commod_codes =c('220291', '220299', '2203', '220300')
  
)



#identificando os maiores exportadores para determinado codigo - cerveja com malte

exportadores <- ct_search(
  
  reporters = "All",
  
  partners = "World",
  
  trade_direction = c("export"),
  
  freq = "annual",
  
  start_date = 2014, 
  
  end_date = 2018,
  
  commod_codes = "220300"
  
  )

dexp_world <- ct_search(
  
  reporters = "All",
  
  partners = "World",
  
  trade_direction = c("exports"),
  
  freq = "annual",
  
  start_date = 2014, 
  
  end_date = 2018,
  
  commod_codes = "220300"
  
)

# Apply polished col headers.

#dexp_world <- ct_use_pretty_cols(dexp_world)


# Create country specific "trade value " dataframe for plotting.

plotdexp_world <- dexp_world %>% 
  
  group_by_(.dots = c("reporter", "year")) %>% 
  
  summarise(kg = as.numeric(sum(`netweight_kg`, na.rm = TRUE))) %>% 
  

  #summarise(usd= as.numeric(sum("Trade Value usd", na.rm = TRUE))) %>% 
  as_data_frame()

# Get vector of the top 8 exporters countries/areas by total weight shipped 
# across all years, then subset plotdexp2 to only include observations related 
# to those countries/areas.

#
top82 <- dexp_world %>% 
  
  group_by(`reporter`) %>% 
  
  summarise(kg = as.numeric(sum(`netweight_kg`, na.rm = TRUE))) %>%
  arrange(desc(kg)) %>%
   top_n(8, kg) %>%
  
  
  .[['reporter']]
  
view(top82)
plotdexp_world <-plotdexp_world %>% filter(`reporter` %in% top82)

                     
# Create plots (y-axis is not fixed across panels, this will allow us to identify 
# trends over time within each country/area individually).
qplot(year, kg, data = plotdexp_world) + 
geom_line(data = plotdexp_world[plotdexp_world$`reporter` %in% names(which(table(plotdexp_world$'`reporter') > 1)), ]) + 
  xlim(min(plotdexp_world$year), max(plotdexp_world$year)) + 
  labs(title = "Litres of Beer Exports, by Top 8 Countries , 2014 - 2018") + 
  theme(axis.text.x = element_text(angle = 45, vjust = 1, hjust = 1), 
        axis.text = element_text(size = 7)) + 
  facet_wrap(~factor(`reporter`, levels = top82), scales = "free", nrow = 2, ncol= 4)


# trends over time within each country/area individually).


##RRASIL IMPORTAÇÕES E EXPORTACOES

# IMPORTACOES
  
#identificando as origens das importações de cerveja com malte - Brasil

dimp_br <- ct_search(
  
  reporters = "All",
  
  partners = "Brazil",
  
  trade_direction = c("import"),
  
  freq = "annual",
  
  start_date = 2014, 
  
  end_date = 2018,
  
  commod_codes = "220300"
  
)

#salvando em tabela excel

write.table(dimp_br, "data_imp.xls", na = "NA", row.names = FALSE, col.names = TRUE, sep=",")


#importações do Brasil de paises selecionados

q_imp_br <- ct_search(reporters = "Brazil", 
                   
                   partners = c("Germany", "France", "Japan", "USA", "Mexico"), 
                   
                   commod_codes = "220300",
                   
                   trade_direction = "imports")


# EXPORTACOES BRASIL
#identificando os países de destinos de cerveja com malte - Brasil

dexp_br <- ct_search(
  
  reporters = "Brazil",
  
  partners = "All",
  
  trade_direction = c("exports"),
  
  freq = "annual",
  
  start_date = 2014, 
  
  end_date = 2018,
  
  commod_codes = "220300"
  
)

# Apply polished col headers.

dexp_br <- ct_use_pretty_cols(dexp_br)



# Create country specific "total weight per year" dataframe for plotting.

plotdexp_br <- dexp_br %>% 
  
  group_by_(.dots = c("`Partner Country`", "Year")) %>% 
  
  summarise(kg = as.numeric(sum(`Net Weight kg`, na.rm = TRUE))) %>% 
  
  as_data_frame()



# Get vector of the top 8 destination countries/areas by total weight shipped 

# across all years, then subset plotdexp to only include observations related 

# to those countries/areas.

top8 <- plotdexp_br %>% 
  
  group_by(`Partner Country`) %>% 
  
  summarise(kg = as.numeric(sum(kg, na.rm = TRUE))) %>% 
  
  top_n(8, kg) %>%
  
  arrange(desc(kg)) %>% 
  
  .[["Partner Country"]]

plotdexp_br <- plotdexp_br %>% filter(`Partner Country` %in% top8)



# Create plots (y-axis is not fixed across panels, this will allow us to identify 

# trends over time within each country/area individually).

qplot(Year, kg, data = plotdexp_br) + 
  
  geom_line(data = plotdexp_br[plotdexp_br$`Partner Country` %in% names(which(table(plotdexp_br$'`Partner Country') > 1)), ]) + 
  
  xlim(min(plotdexp_br$Year), max(plotdexp_br$Year)) + 
  
  labs(title = "Litres of Brazilian Beer Exports, by Destination, 2014 - 2018") + 
  
  theme(axis.text.x = element_text(angle = 45, vjust = 1, hjust = 1), 
        
        axis.text = element_text(size = 7)) + 
  
  facet_wrap(~factor(`Partner Country`, levels = top8), scales = "free", nrow = 2, ncol= 4)







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