HiPOx-BAC for Water Reuse0 pages

"

H

nnnn

iPOx

nnnn

WATER REUSE

nnnn

Sustainable Indirect

nnnn

Potable Reuse

nnnn

Groundwater Recharge

nnnn

Destroys Emerging

nnnn

Contaminants with No

nnnn

Waste Stream

nnnn

Skid-Mounted HiPOx System

nnnn

Key Features

nnnn

• Pre-Engineered Packaged

nnnn

Treatment Solutions -

nnnn

Plug and Play, Minimal

nnnn

Installation Costs

nnnn

• The most powerful and

nnnn

sustainable ozone and

nnnn

advanced oxidation

nnnn

chemistry

nnnn

• No oxidation by-products

nnnn

• Patented Bromate Control

nnnn

Design

nnnn

• Lowest energy consumption

nnnn

• Destroys contaminants

nnnn

rather than concentrating

nnnn

them like RO

nnnn

• Warranty & Performance

nnnn

Guarantee

nnnn

|]iPOx-BAC Reuse Solution

nnnn

APTwater has pioneered a revolutionary new treatment solution for indirect potable reuse

nnnn

that finally makes water reclamation safe, sustainable, and affordable. HiPOx is the first and

nnnn

only ozone-based oxidation technology to receive Title 22 disinfection acceptance from the

nnnn

California Department of Public Health for unrestricted water reuse. HiPOx has powerful

nnnn

oxidation chemistry and efficiency that make it the best available treatment technology for

nnnn

simultaneous disinfection and destruction of both regulated and emerging contaminants.

nnnn

The addition of biologically activated carbon (BAC) after HiPOx in the treatment train

nnnn

provides a multiple barrier to remove any and all oxidation by-products, and to reduce

nnnn

the water's total organic carbon (TOC). The result is the highest quality reclaimed water,

nnnn

completely free of pathogens and trace contaminants, meeting the most stringent drinking

nnnn

water guidelines that protect human health and environmentally sensitive areas.

nnnn

The HiPOx-BAC Reuse Solution is a significant improvement over the traditional indirect

nnnn

potable reuse approach consisting of reverse osmosis (RO) followed by UV AOP. The RO-

nnnn

UV AOP solution is very expensive and produces a 20-25% waste stream concentrated with

nnnn

pathogens, salts, and contaminants requiring special disposal measures and additional

nnnn

costs. The disposal of RO reject is often impossible or not environmentally sustainable in

nnnn

many areas of the world. The HiPOx-BAC solution actually destroys contaminants with no

nnnn

significant waste stream. The overall cost of the HiPOx-BAC solution is at least 50% lower

nnnn

than the RO-UV AOP solution due to less expensive capital equipment and a significant

nnnn

reduction in energy consumption.

nnnn

Tertiary Treatment Comparison of HiPOx-BAC to RO-UV AOP

nnnn

Containerized HiPOx System

nnnn

Category	HiPOx-BAC	MF-RO-UV AOP
EDCs and PPCPs	Destroyed	Concentrated (reject stream)
Energy Consumption/ Sustainability	Low	High
Waste Stream	None	Approx 20-25% of RO influent
Salinity	Unchanged	Decreased
Corrosivity	Unchanged	Increased
TOC	Decreased	Decreased
NDMA	Low	Low

nnnn

131.1

"