The Water
Layer for
applied
industrias
The diversified water platform behind the industries AI is reshaping.
Ultrapure, process, reuse, and recovery, all engineered and delivered as one accountable system for pharmaceuticals, food and beverage, chemicals, and advanced manufacturing.
The industries AI is
transforming all
run on water
AI is remaking pharmaceuticals, food production, chemicals, and advanced manufacturing, and every one of them scales on water. As lines run harder and discharge limits tighten, water moves from a background utility to a condition of growth. The manufacturers that solve it early expand faster, permit sooner, and run at lower lifetime cost.
One accountable partner managing the water layer
Most sites assemble their water system from a patchwork of vendors, each responsible for a single piece and none for the result. Gradiant takes the whole layer, ultrapure, process, reuse, and recovery, delivered as one integrated system that we can operate for the life of the plant.
One partner. One number to call. One result we stand behind.
Proven in your
industry
We are already installed across key verticals, so you benefit from a track record in your own industry.
Site-wide peace
of mind
Ultrapure, process, reuse, and recovery from a single accountable partner, covering the whole.
Regulation
compliance
Higher reuse and recovery keep plants ahead of discharge rules and water usage requirements.
Tailored
services
SmartOps, CURE Chemicals, and O&M, tuned to each site’s water, chemistry, and uptime needs.
One platform across the
industries AI is reshaping
Applied industry is not one water problem, it is many. Gradiant works across multiple markets, each with a different challenge but the same goal: reduce freshwater needs, minimize discharge, and keep production running.
Pharma & Life Sciences
Challenge. Ultrapure and WFI-grade water, with complex effluent that must be treated for reuse and safe discharge.
What Gradiant does. Pharma and biotech run on water as a raw ingredient, from potable and purified water for equipment rinsing and active-ingredient production to ultrapure, WFI-grade water for sterile products such as vaccines. Gradiant produces every grade to spec, holds it as demand and source water shift, and manages the complex wastewater that manufacturing generates. High-rate biological treatment handles biodegradable streams, advanced oxidation breaks down non-biodegradable organics, and MLD and ZLD drive discharge toward zero at the lowest total water cost. Where it pays, we recover valuable metals and minerals such as copper and struvite from the waste stream.
Alimentación y bebidas
Challenge. High-strength organic wastewater, plus process and reuse water held to strict hygiene limits.
What Gradiant does. Water is an ingredient in food and beverage, so quality, consistency, and hygiene are non-negotiable, and processing generates large, high-strength wastewater volumes at the same time. Gradiant delivers consistent, high-quality ingredient water and treats effluent to the standard each site needs for reuse or compliant discharge. We concentrate products to cut transport cost, recover valuable byproducts from waste streams, and push water recycling and reuse as far as site economics allow. The result is lower freshwater draw, less discharge, and a credible sustainability story for brands under rising consumer and regulatory pressure.
Chemicals &
Materials
Challenge. Difficult brines and mixed effluent, with zero liquid discharge often mandated.
What Gradiant does. Chemicals and materials producers use water at every step, for steam, cooling, process make-up, and product rinsing, and generate some of the most contaminated wastewater in industry, high in oil, grease, COD, and dissolved salts. Gradiant treats it end to end: preliminary and primary stages strip solids, biological and advanced-oxidation stages digest and destroy organics, and tertiary polishing returns water clean enough for reuse or discharge. Difficult brines are concentrated to the highest recovery, and MLD and ZLD minimize or eliminate discharge where regulation demands it. We recover salts, metals, and minerals from the concentrate, turning a disposal cost into recovered value.
Titulados
Manufacturing
Challenge. Process and ultrapure water for microelectronics-adjacent and precision industrial lines.
What Gradiant does. Advanced-manufacturing pioneers, including electric-vehicle and battery plants, aerospace and space programs, and precision industrial lines are scaling fast and colliding with the same water limits as the chip and data center layers. These sites need reliable process and ultrapure water for coating, cleaning, and finishing, and they generate mixed effluent, from metals and solvents to spent high-purity rinse water, that has to be recovered and reused. Gradiant brings the recovery-led approach proven at the leading edge of semiconductors, sized for each line, and treats and returns water across the site so output is not capped by local supply.
Built around how your site contracts, builds,
and operates
Every site has a different capital and execution structure. Gradiant adapts to each, from turnkey delivery to equipment supply to build-own-operate.
Design and build
We lead engineering, installation, commissioning, and startup.
Design and supply
We provide the engineering and technology so your team can execute.
Build-own-operate
We put the capital down, deliver the equipment, and operate the water layer to contracted performance standards day in and day out.
One end-to-end solution, solving
three challenges across the site
What applied-industry leaders know us for is driving a plant’s incoming water requirement down to a fraction of what it would otherwise be, recovering and returning water at every stage. That outcome is built from three connected capabilities.
Process & ultrapure water
Deliver the purity each line demands, from purified and WFI-grade water in pharma to ultrapure water in advanced manufacturing, and hold it as source water shifts.
Selective
Contaminant
Extraction
SCE targets specific hard-to-remove contaminants so a wider range of feedwaters can be treated to exact cooling water objectives.
FREE RADICAL OXIDATION
FRO platform includes advanced oxidation processes to effectively remove non-biodegradable organics from the most challenging wastewaters.
Wastewater
treatment and
reuse
Treat the many distinct streams a site produces, individually or combined, at high recovery, and return clean water to the plant. Emerging contaminants such as PFAS are removed and permanently destroyed with membranes, micro-foam fractionation, and electro-oxidation.
Semi-Batch
REVERSE
OSMOSIS
SBRO is a high-recovery reverse osmosis process that helps recover more water, reduce energy use, and cut brine volume while maintaining reliable performance on variable feedwater.
BIO INFINITY
Strips biodegradable organics like IPA, ammonia, and BOD from wastewater with high-rate biological treatment, holding discharge limits
Customized chemical programs help control scale, corrosion, and biofouling in cooling systems to improve heat transfer and thermal efficiency.
Resource recovery and zero liquid discharge
Concentrate what remains into reusable water and recoverable solids, so the site sends out as little as possible and meets the discharge commitments tied to permitting.
CFRO enables ultra-high water recovery and brine concentration, minimizing liquid discharge, reducing waste volumes, and lowering disposal costs for data center operations.
Carrier Gas Extraction uses thermal evaporation to concentrate brine, recover water, and minimize liquid discharge and waste in data center operations.
Monitors, predicts, and optimizes water systems in real time, improving reliability, reducing downtime, and lowering operating costs.
Partnered with the best
Long-standing, global partnerships across pharma, food & beverage, chemicals, and advanced manufacturing.
Solve water and grow
with greater certainty.
Whether you are planning a new line or pushing an existing site harder, water is where schedule, permitting, and cost are won or lost. Talk to the team already trusted across the world’s most demanding industrial manufacturers.
FREQUENTLY ASKED QUESTIONS
Why is water critical to power in the AI economy?
AI is reshaping pharmaceuticals, food production, chemicals, and advanced manufacturing, and each depends on large volumes of treated water to run reliably. Water affects site selection, permitting, discharge compliance, and long-term operating cost, and increasingly gates how fast a plant can expand.
What does Gradiant mean by “the water layer” for applied industries?
Gradiant manages the full site water system as one integrated layer, from process and ultrapure water to wastewater reuse, resource recovery, and zero liquid discharge, so a plant can work with one accountable partner responsible for system-level performance.
How does Gradiant help plants reduce freshwater demand?
Gradiant designs systems to recover, treat, and reuse water across the site, engineered for above 90 percent system-level reuse, lowering water risk, improving resilience, and reducing lifecycle cost.
Can Gradiant handle complex industrial wastewater, including PFAS?
Yes. Applied-industry sites produce many wastewater streams with distinct chemistries. Gradiant treats them individually or combined, recovers water for reuse, and addresses difficult contaminants such as PFAS, with zero liquid discharge where required.
Does Gradiant only provide equipment, or can it operate the water layer too?
Gradiant can design and build, design and supply, or build, own, and operate, and can run the water layer for the life of the plant through O&M with SmartOps and CURE Chemicals.
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