Project: Technical Co-Presenter + PPT Expert for NTP + Photocatalysis Pilot
Budget: ₹12,500 – ₹37,500 INR
We are building a pilot air-pollution reduction system in Delhi using:
Non-thermal plasma (pulsed corona + RF discharge)
TiO₂ photocatalysis
HEPA + adsorption filtration
Looking for a technically strong freelancer to create and co-present a 20–25 slide deck for an IIT-level audience.
---
What You Must Be Able to Do
Build a technical PPT (20–25 slides)
Prepare speaker notes + 2-page FAQ
Co-present and answer engineering questions
Explain: plasma kinetics, ozone/radical formation, TiO₂ oxidation, filtration & scaling
---
Required Technical Background
Experience in one or more of:
Non-thermal plasma (corona/RF)
Electron temperature, E/N, plasma chemistry
Ozone / radical species generation
TiO₂ photocatalysis
HEPA/adsorption filtration
Air pollution control engineering
---
Mandatory Screening (Before Award)
Answer these 5 technical questions:
1. How do you estimate ozone generation in an 8–12 kV pulsed corona system?
2. Typical electron temperature in atmospheric NTP & its impact on TiO₂ photocatalysis?
3. Scaling limits from 100 L/s to ~2,000 L/s flow?
4. How do you justify roadside safety (HV, ozone, RF, EMI)?
5. What modelling approach would you use for OH/O/O₃ radical estimation?
Generic or AI-generated answers will be rejected.
Non-thermal plasma (pulsed corona + RF discharge)
TiO₂ photocatalysis
HEPA + adsorption filtration
Looking for a technically strong freelancer to create and co-present a 20–25 slide deck for an IIT-level audience.
---
What You Must Be Able to Do
Build a technical PPT (20–25 slides)
Prepare speaker notes + 2-page FAQ
Co-present and answer engineering questions
Explain: plasma kinetics, ozone/radical formation, TiO₂ oxidation, filtration & scaling
---
Required Technical Background
Experience in one or more of:
Non-thermal plasma (corona/RF)
Electron temperature, E/N, plasma chemistry
Ozone / radical species generation
TiO₂ photocatalysis
HEPA/adsorption filtration
Air pollution control engineering
---
Mandatory Screening (Before Award)
Answer these 5 technical questions:
1. How do you estimate ozone generation in an 8–12 kV pulsed corona system?
2. Typical electron temperature in atmospheric NTP & its impact on TiO₂ photocatalysis?
3. Scaling limits from 100 L/s to ~2,000 L/s flow?
4. How do you justify roadside safety (HV, ozone, RF, EMI)?
5. What modelling approach would you use for OH/O/O₃ radical estimation?
Generic or AI-generated answers will be rejected.