Wastewater Filtration System
We are looking for experts in "wastewater filtration systems" to provide commentary and insights towards a company that is building a smart and localized wastewater filtration system founded on a proprietary polymeric filter material and sensor for water analysis. The technology will be launched in the laundry market (hotels and professional laundry services).
We are an angel investing platform dedicated to connecting deep-tech startups with angel investors. By deep-tech we mean startups founded on scientific breakthroughs and technological innovations that create lasting impact on mankind.
As a participating expert* in this process, your involvement is limited to answering anywhere between 8-12 investor-submitted questions. This takes about 1 hour (+/-) . Once you are vetted, we send those questions via a web form for your responses. If your contribution is published, it will be view-able by potential investors in this startup, giving you an opportunity to make connections, socialize virtually, and gain bragging rights in a vibrant entrepreneurial and angel investing community.
*at this point, we cannot guarantee any monetary reimbursement. You do get insights to new upcoming technologies in your field and a tremendous networking opportunity!+undefined Other Responses
Slurry Filtration Method
We are the global leader in open innovation competitions with clients ranging from fortune 1000, large-scale not-for-profits, and governmental agencies. With more than a decade of experience, we have a proven track record of crowdsourcing innovation solutions from the world’s smartest people, who compete to provide ideas and solutions to important business, social, policy, scientific, and technical challenges. We are an authorized zintro partner.
We have found that often times professionals with experience in adjacent areas of expertise can help to deliver the best solutions
our client is looking for a method to separate a slurry composed of water, sand and fine particles into its different components and to control the particles partition between them. The method needs to be cost-effective for use in applications at very large scales.
This is a theoretical challenge that requires only a written proposal to be submitted. The deadline for doing so is december 7th, and the prize fund available is $20,000.
If you are interested in participating in the challenge, please reply back via zintro and i will send you the required information.+8 Other Responses