We obtain reusable water from textile wastewater.

Enzyme-

powered

water

treatment

Abstract digital art with pink, purple, and red colors creating a symmetrical, distorted pattern.
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THE PROBLEM

Water scarcity is worsening and, paradoxically, for many industries, it remains cheaper to dispose of contaminated water than to treat it. Extreme pH levels, high salinity, and toxic dyes overwhelm conventional systems, significantly increasing treatment costs.

This challenge is especially critical in the textile industry, where complex wastewater requires multiple treatment stages. With increasingly strict regulations, rising water costs, and growing consumer pressure, water reuse has become an urgent necessity. Enzyva is changing that reality.

Textile wastewater flowing out of a sewer pipe into a black background.

OUR SOLUTION

We design synergistic enzyme systems that enable the efficient treatment of complex wastewater in a single step, even under harsh industrial conditions.

A clear glass beaker filled halfway with water, with dark blue powder settled at the bottom.
Bright yellow right arrow pointing to the right.
Three yellow-green circles arranged vertically on a white background morph into a single pink drop.

COAGULATION

FLOCCULATION

PRECIPITATION

3 in 1

BUILT FOR EXTREME WASTEWATER

Unlike conventional methods, our enzyme systems resist harsh conditions, enabling efficient treatment directly inside existing industrial plants.

HIGH PH LEVELS

Symmetrical pink hologram pattern on a black background (Enzyva's logo)
Sunlight reflecting on the surface of shallow clear water, creating a pattern of bright, interconnected hexagons on the sandy bottom.

HIGH SALINITY

Close-up of green toxic liquid with numerous bubbles of various sizes, some large and others tiny, creating a textured appearance.

TOXIC CHEMICALS

OUR ENZYMES

Made to resist industrial extreme environments

Engineered through bioinformatics & protein design

Scalable via precision fermentation

→ EXPLORE OUR TECHNOLOGY

OUR RESULTS

We’ve validated our enzyme system in real textile effluents and are now optimizing for other high-impact industries.

Laboratory glass beakers with colorful liquids and powders arranged in a row on a black background, following the process of separation of dyes.
A horizontal line with a green arrow pointing right on the left side, a white circle in the middle, and a pink checkmark on the right side.
Green ink diffusing in a light-colored liquid, creating swirling patterns.

95% dye removal

Stylized black and white icon of a water droplet with a pink highlight at the bottom right
Close-up of clear water on a sandy beach showing sunlight reflection creating a hexagonal pattern on the sand.
A red and pink arrow showing a cycle representing the recovery of clean water from wastewater.

70% water recovery

Digital illustration of interconnected molecular structures with white spheres connected by rods, floating against a light gray background.
Warning sign with a white triangle and a pink exclamation mark in the center.

Breaks down toxic molecules

Aerial view of four large circular water treatment tanks, three filled with water and one with rust-colored residue, connected by walkways and surrounded by trees and industrial buildings.
Icon of a white wrench on a black background with a small magenta dot on the handle.

Fits in existing plants

INDUSTRIES APPLICATIONS

We aim to treat effluents from different industries. We’re starting with textile wastewater, but our mission is to impact every industry that touches water.

TEXTILE

Spools of colorful thread arranged closely, including pink, white, green, yellow, orange, and red, representing the textile industry.

TEXTILE

A close-up view of various pills, capsules, and tablets in different shapes, sizes, and colors, including blue, red, yellow, pink, and white.

PHARMA

PHARMA

FOOD

COSMETICS

Close-up of a woman with curly black hair applying lip gloss with a wand.

COSMETICS

Close-up of oil and water bubbles forming a pattern against an orange background representing the chemical industry.

CHEMICALS

A yellow excavator working in a large open pit mine with layered colorful rock formations and water at the bottom.

MINING

CHEMICALS

MINING

 FOOD 

OUR TEAM

CEO

Victor Gotho

CTO

Alberto Segovia

CSO

Ayixon Sánchez

Dir. Strategic Partnerships

Coral García

Head of Operations

Guadalupe Ortiz

BACKED BY

LATEST NEWS

CONTACT US

We’re looking for investors, industry leaders, researchers, enthusiasts, and early adopters who want to be part of the future of enzyme-powered water purification.

Join our ecosystem!

Silhouette of an envelope.