diff --git a/R/geocode.R b/R/geocode.R
index f1ab1e4..b503ad6 100644
--- a/R/geocode.R
+++ b/R/geocode.R
@@ -84,12 +84,15 @@ geocode <- function(input_table,
     campos_do_endereco = campos
   )
 
-  # subset and rename colunms of input_padrao
+  # keep and rename colunms of input_padrao
   # keeping same column names used in our cnefe data set
   cols_padr <- grep("_padr", names(input_padrao_raw), value = TRUE)
   input_padrao <- input_padrao_raw[, .SD, .SDcols = c("ID", cols_padr)]
   names(input_padrao) <- c("ID", gsub("_padr", "", cols_padr))
 
+  data.table::setnames(input_padrao, old = 'logradouro', new = 'logradouro_sem_numero')
+
+
   # create db connection -------------------------------------------------------
 
   ## this creates a persistent database which allows DuckDB to
@@ -127,7 +130,7 @@ geocode <- function(input_table,
   add_abbrev_state_col(con, update_tb = "input_padrao_db")
 
   # determine states present in the input
-  query <- "SELECT DISTINCT abbrev_state FROM input_padrao_db"
+  query <- "SELECT DISTINCT estado FROM input_padrao_db"
   input_states <- DBI::dbGetQuery(con, query)[[1]]
 
   # download cnefe
@@ -185,13 +188,13 @@ geocode <- function(input_table,
 
 
   # key columns
-  cols_01 <- c("estado", "municipio", "logradouro", "numero", "cep", "bairro")
-  cols_02 <- c("estado", "municipio", "logradouro", "numero", "cep")
-  cols_03 <- c("estado", "municipio", "logradouro", "cep", "bairro")
-  cols_04 <- c("estado", "municipio", "logradouro", "numero")
-  cols_05 <- c("estado", "municipio", "logradouro", "cep")
-  cols_06 <- c("estado", "municipio", "logradouro", "bairro")
-  cols_07 <- c("estado", "municipio", "logradouro")
+  cols_01 <- c("estado", "municipio", "logradouro_sem_numero", "numero", "cep", "bairro")
+  cols_02 <- c("estado", "municipio", "logradouro_sem_numero", "numero", "cep")
+  cols_03 <- c("estado", "municipio", "logradouro_sem_numero", "cep", "bairro")
+  cols_04 <- c("estado", "municipio", "logradouro_sem_numero", "numero")
+  cols_05 <- c("estado", "municipio", "logradouro_sem_numero", "cep")
+  cols_06 <- c("estado", "municipio", "logradouro_sem_numero", "bairro")
+  cols_07 <- c("estado", "municipio", "logradouro_sem_numero")
   cols_08 <- c("estado", "municipio", "cep", "bairro")
   cols_09 <- c("estado", "municipio", "cep")
   cols_10 <- c("estado", "municipio", "bairro")
@@ -204,8 +207,8 @@ geocode <- function(input_table,
     }
 
   ## CASE 1 --------------------------------------------------------------------
-
-  temp_n <- match_aggregated_cases(
+  tictoc::tic()
+  temp_n <- exact_match_case(
     con,
     x = 'input_padrao_db',
     y = 'filtered_cnefe_cep',
@@ -213,7 +216,7 @@ geocode <- function(input_table,
     key_cols <- cols_01,
     precision = 1L
     )
-
+  tictoc::toc()
 
   # UPDATE input_padrao_db: Remove observations found in previous step
   update_input_db(
@@ -417,47 +420,49 @@ geocode <- function(input_table,
 
   ## CASE 10 --------------------------------------------------------------------
 
-
-  # delete cases where Bairro is missing
-  delete_null_bairro <- function(tb){
-    query_delete_bairro_from_input <-
-    sprintf('DELETE FROM "%s" WHERE "bairro" IS NOT NULL;', tb)
-    DBI::dbExecute(con, query_delete_bairro_from_input)
-    # DBI::dbGetQuery(con, 'SELECT COUNT(*) FROM "input_padrao_db"')
-    }
-  delete_null_bairro('input_padrao_db')
-  delete_null_bairro('filtered_cnefe_cep')
-
-  # narrow down search scope to Bairro
-  query_narrow_bairros <-
-  'DELETE FROM "filtered_cnefe_cep"
-  WHERE "bairro" NOT IN (SELECT DISTINCT "bairro" FROM "input_padrao_db");'
-  DBI::dbExecute(con, query_narrow_bairros)
-  # DBI::dbGetQuery(con, 'SELECT COUNT(*) FROM "filtered_cnefe_cep"')
-
-
-  temp_n <- match_aggregated_cases(
-    con,
-    x = 'input_padrao_db',
-    y = 'filtered_cnefe_cep',
-    output_tb = 'output_caso_10',
-    key_cols <- cols_10,
-    precision = 10L
-  )
-
-  # UPDATE input_padrao_db: Remove observations found in previous step
-  update_input_db(
-    con,
-    update_tb = 'input_padrao_db',
-    reference_tb = 'output_caso_10'
-  )
-
-  # update progress bar
-  if (isTRUE(progress)) {
-    ndone <- ndone + temp_n
-    utils::setTxtProgressBar(pb, ndone)
-    base::close(pb)
-  }
+  # 666 o cnefe padronizado preciza manter a coluna de bairro
+
+#   # delete cases where Bairro is missing
+#   delete_null_bairro <- function(tb){
+#     query_delete_bairro_from_input <-
+#     sprintf('DELETE FROM "%s" WHERE "bairro" IS NOT NULL;', tb)
+#     DBI::dbExecute(con, query_delete_bairro_from_input)
+#     # DBI::dbGetQuery(con, 'SELECT COUNT(*) FROM "input_padrao_db"')
+#     }
+#   delete_null_bairro('input_padrao_db')
+# #  delete_null_bairro('filtered_cnefe_cep')
+#
+#
+#   # narrow down search scope to Bairro
+#   query_narrow_bairros <-
+#   'DELETE FROM "filtered_cnefe_cep"
+#   WHERE "bairro" NOT IN (SELECT DISTINCT "bairro" FROM "input_padrao_db");'
+#   DBI::dbExecute(con, query_narrow_bairros)
+#   # DBI::dbGetQuery(con, 'SELECT COUNT(*) FROM "filtered_cnefe_cep"')
+#
+#
+#   temp_n <- match_aggregated_cases(
+#     con,
+#     x = 'input_padrao_db',
+#     y = 'filtered_cnefe_cep',
+#     output_tb = 'output_caso_10',
+#     key_cols <- cols_10,
+#     precision = 10L
+#   )
+#
+#   # UPDATE input_padrao_db: Remove observations found in previous step
+#   update_input_db(
+#     con,
+#     update_tb = 'input_padrao_db',
+#     reference_tb = 'output_caso_10'
+#   )
+#
+#   # update progress bar
+#   if (isTRUE(progress)) {
+#     ndone <- ndone + temp_n
+#     utils::setTxtProgressBar(pb, ndone)
+#     base::close(pb)
+#   }
 
   ## CASE 11 --------------------------------------------------------------------
   # TO DO
@@ -527,8 +532,8 @@ geocode <- function(input_table,
     'output_caso_06',
     'output_caso_07',
     'output_caso_08',
-    'output_caso_09',
-    'output_caso_10'
+    'output_caso_09'
+    #, 'output_caso_10'
     #, 'output_caso_11'
   )
 
diff --git a/R/match_aggregated_cases.R b/R/match_aggregated_cases.R
index 12394fb..7ccdee7 100644
--- a/R/match_aggregated_cases.R
+++ b/R/match_aggregated_cases.R
@@ -15,7 +15,7 @@ match_aggregated_cases <- function(con, x, y, output_tb, key_cols, precision){
   # x = 'input_padrao_db'
   # y = 'filtered_cnefe_cep'
   # output_tb = 'output_caso_01'
-  # key_cols <- c("estado", "municipio", "logradouro", "numero", "cep", "bairro")
+  # key_cols <- c("estado", "municipio", "logradouro_sem_numero", "numero", "cep", "bairro")
 
 
   # Create the JOIN condition by concatenating the key columns
diff --git a/R/match_case.R b/R/match_case.R
index 7cab50b..5935608 100644
--- a/R/match_case.R
+++ b/R/match_case.R
@@ -15,7 +15,7 @@ match_case <- function(con, x, y, output_tb, key_cols, precision){
   # x = 'input_padrao_db'
   # y = 'filtered_cnefe_cep'
   # output_tb = 'output_caso_01'
-  # key_cols <- c("estado", "municipio", "logradouro", "numero", "cep", "bairro")
+  # key_cols <- c("estado", "municipio", "logradouro_sem_numero", "numero", "cep", "bairro")
 
   # Build the dynamic select statement to keep ID and key columns from `x`
   cols_select <- paste(paste0(x, ".ID"),
@@ -90,7 +90,7 @@ exact_match_case <- function(con, x, y, output_tb, key_cols, precision){
   # x = 'input_padrao_db'
   # y = 'filtered_cnefe_cep'
   # output_tb = 'output_caso_01'
-  # key_cols <- c("estado", "municipio", "logradouro", "numero", "cep", "bairro")
+  # key_cols <- c("estado", "municipio", "logradouro_sem_numero", "numero", "cep", "bairro")
 
   # Build the dynamic select statement to keep ID and key columns from `x`
   cols_select <- paste(paste0(x, ".ID"),
diff --git a/R/onLoad.R b/R/onLoad.R
index a501fc9..628ab2c 100644
--- a/R/onLoad.R
+++ b/R/onLoad.R
@@ -21,7 +21,7 @@ geocodebr_env <- new.env(parent = emptyenv())
   # structure is done
 
   # data release
-  geocodebr_env$data_release <- 'v0.0.1'
+  geocodebr_env$data_release <- 'v0.1.0'
 
   # local cache dir
   cache_d <- paste0('geocodebr/data_release_', geocodebr_env$data_release)
diff --git a/R/utils.R b/R/utils.R
index fe96f1a..02b9d74 100644
--- a/R/utils.R
+++ b/R/utils.R
@@ -76,13 +76,13 @@ cache_message <- function(local_file = parent.frame()$local_file,
 add_abbrev_state_col <- function(con, update_tb = "input_padrao_db"){
   # Assuming `con` is your DuckDB connection and `input_padrao` already exists as a table
 
-  # Step 1: Add a new empty column to the existing table
-  DBI::dbExecute(con, sprintf("ALTER TABLE %s ADD COLUMN abbrev_state VARCHAR", update_tb))
+  # # Step 1: Add a new empty column to the existing table
+  # DBI::dbExecute(con, sprintf("ALTER TABLE %s ADD COLUMN abbrev_state VARCHAR", update_tb))
 
   # Step 2: Update the new column with the state abbreviations using CASE WHEN
   query_update <- sprintf("
   UPDATE %s
-  SET abbrev_state = CASE
+  SET estado = CASE
     WHEN estado = 'RONDONIA' THEN 'RO'
     WHEN estado = 'ACRE' THEN 'AC'
     WHEN estado = 'AMAZONAS' THEN 'AM'
diff --git a/tests/tests_rafa/tests_arrow_vs_duckdb.R b/tests/tests_rafa/tests_arrow_vs_duckdb.R
index 7040787..0102d71 100644
--- a/tests/tests_rafa/tests_arrow_vs_duckdb.R
+++ b/tests/tests_rafa/tests_arrow_vs_duckdb.R
@@ -13,12 +13,12 @@
 #' adicionar dados de POI da Meta /overture
 #' adicionar dados de enderecos Meta /overture
 
-
-# library(geocodebr)
+devtools::load_all('.')
 library(tictoc)
+library(dplyr)
+# library(geocodebr)
 # library(enderecobr)
 # library(data.table)
-# library(dplyr)
 # library(arrow)
 # library(duckdb)
 
@@ -42,7 +42,7 @@ input_df$ID <-  1:nrow(input_df)
 # bairro = "Bairro"
 # municipio = "nm_municipio"
 # estado = "nm_uf"
-# showProgress = TRUE
+# progress = TRUE
 # output_simple = TRUE
 # ncores = NULL
 # cache = TRUE
@@ -63,7 +63,7 @@ df_duck3 <- geocode(
   estado = "nm_uf",
   output_simple = F,
   ncores=NULL,
-  showProgress = T
+  progress = T
 )
 tictoc::toc()
 #> 28: 4 - 5  (in memory)