The new frontier in efficiency for your existing wastewater treatment plant
Biological Optimization with Microalgae ALIS
At ALIS, we take biotechnology to the next level. With our new biological optimization service, utilizing monthly dosing from specialized microalgae consortia, we transform your treatment system into a more efficient, resilient, and sustainable solution.
How does the service work?
ALIS involves the strategic and controlled addition of live microalgae selected for their bioremoval and carbon capture capabilities. We enhance the biological performance of existing systems without the need for structural modifications.
1. Initial system diagnosis:
Analysis of critical parameters of your biological treatment (organic load, nutrients, dissolved oxygen, temperature, pH, etc.).
3. Monthly dosage and monitoring:
Supply of live cultures ready to be applied directly to the reactor or lagoon. Includes technical monitoring and results measurement.
2. Selection of the microalgal consortium:
Design of an algal cocktail adapted to the specific characteristics of water: Including species of: Chlorella, Scenedesmus, Spirulina, Porphyridium, among others.
4. Continuous adjustments and optimization:
Performance evaluation and adjustments to the mix or application frequency to maximize results.
Benefits of our microalgae consortium for treatment plants
Greater efficiency in removing contaminants
Up to +40% reduction in nitrogen, phosphorus, BOD and fats depending on the system
Active CO₂ capture
Microalgae act as a natural carbon sink during their metabolism.
Without structural modifications
Compatible with lagoons, aerobic reactors, MBBR, HRAP or hybrid systems
Schedule a meeting with our ALIS team and discover how living biotechnology can transform your current water treatment.
Our solution
Industrial processes for wastewater regeneration with microalgae
At ALIS , we have developed a unique process train for regenerating industrial wastewater using nature's most efficient microorganisms: microalgae.
Our systems remove up to 95% of pollutants such as nitrogen and phosphorus, capture CO₂, and produce reusable water along with valuable biomass.
1. Wastewater
2. Pre-treatment
3. ALIS Biotechnological Treatment
5. Microalgae biomass
4. Clean Water for Reuse
Each ALIS project is custom-designed, integrating microalgae technology into modular systems and operating under a monthly service model.
We focus on offering solutions that regenerate water, reduce costs, and generate measurable environmental value for our customers.
How do we work together?
Initial Diagnosis
We carry out a technical assessment of the client's wastewater:
-
Physicochemical and microbiological analysis of water (N, P, BOD, COD, fats, metals, etc.)
-
Understanding the production process and its water cycles
-
Measurement of volume, flow rate and seasonality
-
Evaluation of available space and installation conditions
-
Determination of reuse needs or regulated discharges.
Result: Technical proposal tailored to the client's water type, industry, and environmental objectives.
Custom Design
Based on the diagnosis, we designed a modular microalgae system:
-
Selection of strains (Scenedesmus, Chlorella, Spirulina, Porphyridium, etc.)
-
Reactor configuration (HRAP, closed container or hybrid)
-
Lighting, ventilation, sensor and automation systems
-
Integration with existing pre/post treatments (clarification, ultrafiltration, nanobubbles)
Result: Engineering ready to manufacture and install with parameters adapted to each site.
Implementation
We manufacture and install ALIS systems at the customer's site:
-
Base preparation and hydraulic connections
-
Assembly of the complete system (treatment modules, sensors, etc.)
-
Initial inoculum of live microalgae
-
System commissioning and balancing
Result: The system is fully installed, operating and ready to produce reclaimed water.
Monthly Operation (Water-as-a-Service)
We offer continuous system operation with specialized personnel:
-
Weekly monitoring and monthly reports
-
Cleaning and preventive maintenance
-
Replenishment of microalgal consortium and nutrients
-
Online traceability of efficiency, water quality, and captured CO₂
-
Continuous technical support and parameter optimization
Result: The customer receives reclaimed water ready for reuse without worrying about the operation.
Measurable Impact
Throughout the project we deliver environmental performance indicators:
-
Volume of water recovered
-
% reduction of nitrogen, phosphorus, fats, BOD, etc.
-
Tons of CO₂ captured
-
Produced and recoverable biomass
-
Regulatory compliance (NOMs, SEMARNAT, ISO 14001)
Result: Useful data for sustainability, ESG, certification, and operational reporting.
Benefits of ALIS in your industry
Closing the Water Cycle
We recover up to 90% of water for reuse in industrial processes, reducing dependence on external sources.
Operational Savings
We treat wastewater more efficiently, reducing energy consumption, discharge costs, and the need for fresh water.
Modular, Fast and Scalable Solution
Adaptable, intelligent, and quick-to-install systems, without drastic changes to your operation.
Integrated Carbon Capture
We capture CO₂ naturally, helping to actively and permanently reduce your carbon footprint.
Regenerate your water, reduce your carbon footprint, and transform your industry with ALIS
Schedule a meeting with our team and take the first step toward a sustainable future!
Microalgae for oxygen generation in society
ALIS Liquid Trees are biotechnological systems that use microalgae to capture CO₂, release oxygen, and improve air quality in urban and industrial environments. They function as "urban lungs" in spaces where planting conventional trees is not feasible, integrating sustainability and design in innovative ways.
Microalgae are capable of capturing up to 1.8 kg of CO₂ for every kilogram of biomass produced, fixing carbon 10 to 50 times faster than a traditional tree.
(Sources: Wang et al., 2008; Borowitzka, 2013)
During its growth, one ton of microalgae biomass can release between 1.5 and 2 tons of oxygen, purifying the air and regenerating the environment naturally.
(Source: Chisti, 2007)