Since the introduction of a low-carbon economy, corporate performance is no longer limited to the evaluation of internal economic benefits but has become the performance of corporate sustainable development, adding environmental and social factors. Now, the whole world is paying attention to low consumption and low emission. As the main economic pillar of society, the enterprise undertakes the biggest low-carbon task. In order to develop the economy in the longer term and meet the needs of society, enterprises must combine green innovation to evaluate the performance of sustainable development. However, because the previous model’s analysis of performance will produce distortion effects, the data error is also relatively large. Therefore, in order to solve these problems and make performance analysis more realistic, this paper deeply discusses the issue of green innovation and enterprise sustainable development performance. Using the method of the SBM-DEA model, it analyzes the performance comparison of enterprises without and with the expected output and conducts a comparison experiment. The result shows that in 2017, the efficiency of company A without unexpected output was 0.6943. The efficiency with undesired output is 0.6643. In 2018, the efficiency of the enterprise without undesired output is 1, and the efficiency with undesired output is 1. After applying the model, it is obvious that the efficiency of computing performance has been greatly improved. Therefore, in order to better study the sustainable development performance of enterprises, the SBM-DEA model should be focused on.

The material technology industrialization model is in promoting the adjustment of the financial market industrial economic structure. The experiment realized the adjustment of industrial economic structure by the adsorption of nano materials. TiO2-rGO was prepared firstly, and then Mn dioxide nanoparticles (HM NPs) were synthesized. The specific surface area and pore volume were determined by N2 adsorption BET method. The infrared spectrum was obtained by infrared spectrometer (MA). The sample was heated to 900°C at 10°C to determine TGA. In order to explore the surface composition and chemical element state of the material, X-ray photoelectron spectroscopy (XPS) was used with monochromatic al Ka ray. The structure and composition of the substance can be deduced by characterization. The Zr metal organic framework was applied to the adsorption of 2,4,6-trichlorophenol (2,4,6-TCP) in water. he experimental data show that the degradation efficiency of metronidazole is the best in the presence of visible light and hydrogen peroxide, which can reach about 80% in 60 minutes. The results show that nano materials and nanotechnology can promote the adjustment of economic structure of financial market industry, and have a great impetus to the entire financial industry.