NSF Center for Aqueous Supramolecular Chemistry
Higher Education • • 11-20 Employees
Company overview
| Headquarters | XX |
| Website | |
| NAICS | 6112 |
| Employees | 11-20 |
Key Contact at NSF Center for Aqueous Supramolecular Chemistry
Valerie Pierre
Director - Nsf Center For Aqueous Supramolecular Chemistry
NSF Center for Aqueous Supramolecular Chemistry Email Formats
NSF Center for Aqueous Supramolecular Chemistry uses 5 email formats. The most common is {first name}.{last name}@company.com (e.g., john.doe@company.com), used 42.1% of the time.
| Format | Example | Percentage |
|---|---|---|
{first name}.{last name}@company.com | john.doe@company.com | 42.1% |
{first name}@company.com | john@company.com | 25.3% |
{first name initial}{last name}@company.com | {first name initial}doe@company.com | 14.8% |
{first name}{last name}@company.com | johndoe@company.com | 10.2% |
{last name}@company.com | doe@company.com | 7.6% |
About NSF Center for Aqueous Supramolecular Chemistry
CASC will enable the supramolecular control, transport and transformation of oxy and fluorinated anions. The two targeted anions, bicarbonate and PFOA, represent two extremes in terms of size, shape, and solvation, features that will aid in the establishment of fundamental supramolecular principles applicable to a broad chemical landscape. CASC will demonstrate that by adjusting The local electronic and electrostatic environment within supramolecular host guest complexes, both the affinity and selectivity of the host guest complexes can be manipulated to enable the design of a new class of switchable receptors. The ability to control both affinity and selectivity will propel anion supramolecular chemistry into novel domains that extend beyond recognition and sensing. Switchable supramolecular receptors will be utilized as directing agents to improve the reactivity of catalysts and foster transformation. A newfound capability to simultaneously transport and transform anions in water will impact environmental chemistry, chemical biology, and catalysis.
NSF Center for Aqueous Supramolecular Chemistry revenue & valuation
| Annual revenue | $941,105 |
| Revenue per employee | $86,000 |
| Estimated valuation?This valuation is estimated based on industry average for the Higher Education industry and current estimated revenues | $3,100,000 |
| Total funding | No funding |
Employees by Management Level
Total employees: 11-20
Seniority
Employees
Employees by Department
NSF Center for Aqueous Supramolecular Chemistry has 3 employees across 3 departments.
Departments
Number of employees
Funding Data
NSF Center for Aqueous Supramolecular Chemistry has never raised funding before.
United Kingdom
Italy
Croatia
Frequently asked questions
4.8
40,000 users
