Explore the Nano World
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
Wen's Research Group
Wen Zhang, Ph.D., P.E., BCEE
Principal Investigator
Professor
Phone: (973) 596-5520
Fax: (973) 596-5790
Email: wen.zhang@njit.edu
Office Location: Colton Hall 211
Find us on the map:
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells
In microalgal harvesting or removal from growth media or contaminated water, our group focuses on the following research areas since 2012:
1. Microfiltration membrane processes for algal biomass concentration: kinetics of fouling and fouling mitigation
2. Electrochemically reactive membrane filtration to induce algal integrity changes and mitigate biofouling and algogenic pollutants
3. Microbubble/nanobubble applications for algal harvesting (from bench to pilot studies)
4. Magnetophoretic separation of algal cells
5. Bioflocculation of algal cells