(млн. рублей, в ценах соответствующих лет)

─────────────────────────┬───────────┬─────────────────────────────────────────────────────┬─────────────────────────

                         │2009 - 2016│                     В том числе                     │  Ожидаемые результаты

                         │  годы -   ├───────┬───────┬─────┬─────┬──────┬──────┬─────┬─────┤

                         │   всего   │ 2009  │ 2010  │2011 │2012 │ 2013 │ 2014 │2015 │2016 │

                         │           │  год  │  год  │ год │ год │ год  │ год  │ год │ год │

─────────────────────────┴───────────┴───────┴───────┴─────┴─────┴──────┴──────┴─────┴─────┴─────────────────────────

4.1.7. Создание              185        -       -      -     -     -     100    85     -    разработаны

 передовых                    ---                                         ---    --          технические

 производственных             110                                          60    50          предложения и эскизные

 технологий модернизации                                                                     проекты, включающие

 и ремонта гражданских                                                                       передовые

 судов и морской техники                                                                     производственные

 для освоения                                                                                технологии

 континентального шельфа                                                                     модернизации и ремонта

 (комплекс работ                                                                             гражданских судов и

 "Судоремонт")                                                                               морской техники для

                                                                                             освоения шельфа, в том

                                                                                             числе:

                                                                                             технологию

                                                                                             механизированного и

                                                                                             автоматизированного

                                                                                             изготовления

                                                                                             плоскостных,

                                                                                             полуобъемных и

                                                                                             объемных секций

                                                                                             (блоков) массой до

                                                                                             180 т (2015 год);

                                                                                             технологию

                                                                                             механизированной

                                                                                             очистки и окраски

                                                                                             блоков в условиях

                                                                                             стационарной камеры

                                                                                             (2015 год);

                                                                                             транспортные

                                                                                             технологии (2015 год);

                                                                                             технологию

                                                                                             формирования морской

                                                                                             техники (модулей,

                                                                                             верхних и нижних

                                                                                             оснований) для

                                                                                             освоения шельфа

                                                                                             габаритами в плане 90

                                                                                             x 90 м весом 15000 т

                                                                                             на твердом основании

                                                                                             (открытый стапель) из

                                                                                             максимально насыщенных

                                                                                             сборочно-монтажных

                                                                                             единиц весом 1200 т

                                                                                             (2016 год);

                                                                                             технологию монтажа

                                                                                             опорно-подъемных

                                                                                             устройств высотой 140

                                                                                             м самоподъемной

                                                                                             буровой установки,

                                                                                             аналогичной проекту

                                                                                             15402М (2016 год);

                                                                                             технологию

                                                                                             изготовления тяжелых

                                                                                             трубных конструкций

                                                                                             (сборок) морской

                                                                                             техники из труб

                                                                                             диаметром до 1200 мм

                                                                                             (2016 год)

 

 4.1.8. Разработка            67         -       -     25    42     -      -      -     -    разработаны

 высокоэффективной            --                       --    --                              технические

 производственной             40                       15    25                              предложения и

 технологии                                                                                  технология

 автоматизированного                                                                         изготовления

 изготовления                                                                                многослойных

 многослойных композитных                                                                    композитных

 конструкций с                                                                               конструкций с

 заполнителем                                                                                заполнителем,

 (гофрированные                                                                              применяемым в качестве

 трехслойные композитные                                                                     палубной надстройки и

 панели), применимых в                                                                       переборок для

 качестве палубной                                                                           арктических ледоколов,

 надстройки и переборок                                                                      танкеров, промысловых

 объектов морской техники                                                                    судов морских и

 для освоения                                                                                внутренних линий, с

 континентального шельфа                                                                     целью снижения

 (комплекс работ                                                                             воздействия физических

 "Заполнитель")                                                                              и климатических

                                                                                             (низкие температуры)

                                                                                             факторов на экипажи

                                                                                             (2012 год).

                                                                                             Автоматизированная

                                                                                             линия производства

                                                                                             композитных

                                                                                             конструкций с

                                                                                             заполнителем (2013

                                                                                             год)