What does Aquam do?
Aquam, is the global leader in water infrastructure support, diagnostics and rehabilitation. It is the leading cleantech firm in the world. The company claims that it is the first and only company which provides full service inside and outside infrastructure solutions for all markets globally. The company has worked with the most prestigious companies around the world for solving problems for their fluid distributions and infrastructure systems. This gloabl leader in the infrastructure support, diagnostics and rehab is the parent company of Nu Flow Technologies, which is a small diameter pipe lining manufacturer and installer and JD7, the global pipeline assessment and inspection technology provider. These technologies together address the aging water infrastructure in the developed world through cost effective, less disruptive and long lasting solutions. The company provides stanpipe hire and ancillary service for large water utilities in UK. The company is backed by Turtle Creek Asset Management, GLH Asset Management and Walshingham Fund.
How much Aquam was funded?
Aquam raised $13M in Debt Financing on September 24, 2015 from Wellington Financial.
What is next for Aquam?
The company is building a world class speciality infrastructure company and it has recognized that the Wellington Financial is going to provide the right kind of financing for helping the company reach its next level. The company is expecting a long term relationship with Wellington Financial and is expecting to see positive growth in the company by continuing to offer a number of solutions for the renewal of infrastructure globally.
More about Aquam
Aquam was founded by Cameron Manners. It has its headquarters located in San Diego, California. The company uses environment friendly technolgies for addressing the world’s aging infrastructure problems. The company’s services are available in North and South Americas, Asia, Europe and Australia. The company has worked with the most prestigious companies in the world for solving problems for thir fluid and infrastructure systems for many decades.