Market Research - environmental impact of plywood production

Closed
Azolla
San Francisco, California, United States
Lubica Hanacek
CEO
(2)
2
Project
Academic experience or paid work
100 hours per learner
Learner
Anywhere
Intermediate level

Project scope

Categories
Biotechnology Market research Competitive analysis Product or service launch Environmental sustainability
Skills
market size environmental issue landscaping market research microsoft outlook
Details

Azolla is developing technology for sustainable alternatives that can replace existing materials that are produced by extracting natural resources and using harmful chemicals. Building industry is one of the biggest polluters and we are looking into expanding our product offering and seek assistance to assess the current landscape of plywood production and its environmental impact.

The outcome of this project should be a report including

  • plywood market size and segmentation
  • climate impact - use of natural resources - trees
  • environmental impact of plywood production - toxic chemicals
  • sustainable alternatives' competitive landscape
  • future outlook for the industry
PROJECT SCOPE

Students involved in this project will learn:

How to conduct detailed market research

Identify key environmental issues with plywood production

Identify opportunities for improvement

Deliverables
No deliverables exist for this project.
Mentorship

The founders are committed to ensure that the students have all the information they need to successfully complete this project. We will provide detailed guideline and scope of work with examples and will be available to answer any questions.

About the company

Company
San Francisco, California, United States
2 - 10 employees
Apparel & fashion, Environment, Consumer goods & services

Azolla is a early stage startup developing technology that transforms CO2 into biomaterial for the textile industry. Today, industrial manufacturing generates billions of tons of CO2. Azolla’s biomanufacturing platform will empower industries to transform this CO2 into biomaterial that can be used to make everyday products, starting with textiles. Our unique method is inspired by nature’s ability to “make things” literally out of thin air, using only CO2 and sunlight.