To Explore The Remould Of Nong Nong Ping Base Panzhihua Steel In Urban Transformation

Panzhihua Sichuan City, 1963 National Southwest big three line building results. Now,Panzhihua Iron and steel into the difficult period of recession, open pit mine by now the mining speed 30 years about depletion, iron and steel industry can no longer be pillar of Panzhihua City and the engine. Panzhihua in 2010 put forward urban transformation, by the city of resource type iron and steel transformation to raise the combination of ecological and livable city for vanadium and titanium industry and Sun Kang, from 2000 in Panzhihua began to vigorously develop the high altitude stereo agriculture, fruit and vegetable industry is famous for, good light and heat resources and mild climate contributed to the health care industry development. Under such background, the subject of Panzhihua city starts the transformation of the city and the renewal of the old industrial factory.. The author participated in the research and related research with the tutor.Author with the tutor in Panzhihua City Industry Transformation and Panzhihua Iron and steel Nong Nong Ping base transformation project, through the discussion from the macro level of regional economic development, Sichuan south town planning system and Panzhihua City overall planning revision to meso level Nong Nong Ping base of urban design, until the micro level of beam and rail plant transformation renewal design, the whole process of planning and design study.This article attempts from the regional planning and urban development strategy, cut, Pangang Nong Nong Ping base transformation for the planning and design of urban living areas.In the area of urban design, submit the adjustment function and integration strategy, space and environment landscape design, and puts forward the retention of large old industrial buildings, rail and beam plant, reuse of requirements.Through the function design and space design, formulated the rail and beam plant to update the reuse of architectural scheme, from the structural design, green energy saving design, fire protection design and technology design submitted more complete implementation of a feasibility study.