Innovative technologies that are transforming the production methods in chemical factories include:

1. Frustrated Lewis Pairs:
   - A novel catalytic system that can activate small molecules, such as hydrogen or carbon dioxide, which are typically considered chemically stable, allowing chemical reactions to occur under mild conditions.

2. Triboelectric Nanogenerators:
   - This technology generates electricity from the triboelectric effect and has the potential to be applied in energy harvesting and self-powered systems, which could affect energy usage and production efficiency in chemical factories.

3. Aptamers:
   - Aptamers are single-stranded DNA or RNA that can specifically recognize target molecules and show great potential in chemical sensing, diagnostics, and therapeutics, potentially changing the production methods in chemical factories in these areas.

4. MXenes:
   - MXenes are a new class of two-dimensional materials with excellent electrical conductivity and mechanical properties, which may play a role in energy storage, catalysis, and environmental applications, thus impacting production technologies in chemical factories.

5. Hydration Lubrication:
   - This technology reduces friction and wear by controlling hydration, potentially increasing efficiency and reducing energy consumption in mechanical operations and processes within chemical factories.

6. Bioinspired Nanofluidic Iontronics:
   - Mimicking the function of biological ion channels, this technology develops new types of ion-electron devices that could be applied in chemical sensors and energy devices.

7. KRAS Inhibitors:
   - KRAS is a gene that is mutated in many types of cancer. The development of KRAS inhibitors could change the strategies of chemical factories in the production of anti-cancer drugs.

8. Neural Network Potentials:
   - Using machine learning to predict the energy of intermolecular interactions, this technology accelerates the discovery of new materials and drugs, potentially changing the workflow in R&D and production in chemical factories.

9. Active Adsorption:
   - This technology controls the adsorption process through external stimulus response, potentially providing a more efficient and intelligent method in chemical separation and purification processes.

10. Electrochemical Nitrogen Cycle:
    - This technology fixes and transforms nitrogen gas through electrochemical methods, potentially having a significant impact on the production methods of important chemicals like synthetic ammonia in chemical factories.

These technologies demonstrate the transformative power in the field of chemistry and are expected to open up new opportunities for the chemical and related industries, while also helping chemical manufacturers maintain competitiveness.