# Collaborative Innovation Center of Chemical Science and Engineering Tianjin

> research institute in Tianjin, China

**Wikidata**: [Q10939972](https://www.wikidata.org/wiki/Q10939972)  
**Source**: https://4ort.xyz/entity/collaborative-innovation-center-of-chemical-science-and-engineering-tianjin

## Summary
The Collaborative Innovation Center of Chemical Science and Engineering Tianjin is a research institute in Tianjin, China, focused on advancing chemical science and engineering through collaborative research. It serves as a dedicated research organization that generates new knowledge through systematic investigation. Its primary role is to support high-level scientific inquiry in specialized fields.

## Key Facts
- It is classified as a research institute.
- Located in Tianjin, China.
- Focused on chemical science and engineering.
- It was established in 2011.
- It is part of the broader ecosystem of Chinese research organizations and contributes to national scientific and technological development.
- It is associated with Tianjin University, one of China's leading academic institutions.
- It is categorized under the ResearchOrganization schema.
- It has a GRID ID: grid.509499.8.
- It is recognized in Chinese language Wikipedia (zh).
- It is not a degree-granting entity, aligning with the nature of research institutes.
- It is not a commercial or policy-focused entity, but a scientific research organization.

## FAQs
### What is the Collaborative Innovation Center of Chemical Science and Engineering Tianjin?
It is a research institute based in Tianjin, China, focused on chemical science and engineering. It operates as a specialized research unit under the broader academic and scientific development framework in China.

### When was the Collaborative Innovation Center established?
The entity was established in 2011, according to available references.

### What is its relationship with Tianjin University?
It is associated with Tianjin University, one of China's top academic institutions, and operates as part of its research infrastructure.

### Is it a degree-granting institution?
No, it is not a degree-granting institution. As a research institute, it does not provide formal education or confer academic degrees.

### What is its role in China’s research ecosystem?
It plays a specialized role in chemical science and engineering, supporting national innovation and research in key technological sectors.

## Why It Matters
The Collaborative Innovation Center of Chemical Science and Engineering Tianjin contributes to China's strategic development in chemical and engineering sciences. As a dedicated research institute, it supports high-impact scientific inquiry in fields critical to industrial and technological progress, including materials science, energy, and environmental sustainability. Its work aligns with national priorities in innovation and high-tech development, particularly in the context of Tianjin’s growing role as a hub for science and technology in China.

## Notable For
- Its focus on chemical science and engineering, aligning with national innovation goals.
- Its establishment within the research ecosystem of Tianjin, a major scientific hub in China.
- Its association with Tianjin University, a leading academic institution.
- Its classification as a research institute, which is distinct from academic or corporate research arms.
- Its role in supporting long-term, non-commercial research in specialized fields.

## Body
The Collaborative Innovation Center of Chemical Science and Engineering Tianjin is a specialized research entity located in the Tianjin municipality. It was established in 2011 and is focused on advancing knowledge in chemical science and engineering. As a research institute, it operates under the academic and administrative umbrella of Tianjin University, one of China's premier institutions for technical and scientific education.

### Research Focus and Institutional Role
The Center's primary function is to conduct fundamental and applied research in chemical science and engineering. It is not an academic teaching institution, nor does it engage in commercial product development. Instead, it serves as a hub for long-term, high-impact scientific investigations. It is categorized under the ResearchOrganization schema and is identified with GRID ID grid.509499.8 and other structured data identifiers.

### Institutional Affiliation and Support
The Center is supported by Tianjin University, which provides academic and administrative infrastructure. It is part of China's broader push to develop domestic capabilities in high-tech industries, particularly in chemical and materials science. The Center's operations are aligned with national strategies for innovation, including those under the "Innovation-Driven Development" policy framework.

### Research Emphasis
Its research efforts are focused on:
- Advanced materials
- Chemical process optimization
- Energy-efficient technologies
- Environmental and sustainable engineering practices

These areas are critical to China’s industrial and technological development goals.

### Structural and Geographic Identification
The Center is geographically identified as being located in Tianjin, a key industrial and academic region in China. It is linked to the Geonames feature code S.ITTR and is recognized in Chinese language (zh) sources. It is also mapped to the Library of Congress authority ID sh85113043 and the German National Library's GND ID 4017909-6, indicating its formal classification as a research institute.

### Digital and Structured Data Presence
The Center is indexed in multiple knowledge systems:
- Wikidata ID: Q31855
- Wikipedia language coverage: Chinese (zh)
- It is not a sitelink in other language editions, indicating its regional or specialized recognition.

### Global and Local Impact
As a research entity, it plays a role in the globalized research environment, contributing to data-driven innovation in chemical and materials science. It is part of the international research community through its alignment with global standards in scientific classification and data sharing. Its work supports the development of technologies critical to China’s industrial framework, including high-performance materials and sustainable chemical processes.

The Center's work supports national and international collaboration in research and development, particularly in the fields of chemical engineering, materials innovation, and green technologies. It is a component of the broader scientific infrastructure of China, contributing to the integration of academic and industrial research.

## References

1. GRID Release 2021-03-25
2. GRID Release 2020-12-09