Prosimed

Storm water tanks

Prosimed — Tue, 29 Sep 2026 10:07:33 +0000

EQUIPMENT

STORM WATER TANKS

We design, develop, manufacture, and install electromechanical solutions and cleaning systems for storm water retention and surge tanks. We protect the urban environment and optimize treatment at wastewater treatment plants.

INFRASTRUCTURE KPIs:

Complete Cycle

100% in-house design, manufacturing, and implementation (turnkey).

Cleaning Efficiency

>95% sediment removal without external water consumption.

Industrial Durability

Equipment made of 316L stainless steel / duplex stainless steel for corrosive environments (H₂S).

TECHNOLOGY CATALOG AND TECHNICAL EQUIPMENT:

Tilting Cleaning Systems

Geometrically optimized tilting tanks for storing fill water or clean water. When the tank empties, it releases a high-energy hydraulic shock wave (flush) that dislodges sludge settled at the bottom.

Flow Control Systems

Dynamic flow regulators and motorized gates that limit the outflow to the WWTP to a constant value, absorbing the peak of the storm surge.

Storm Overflow Screens

Self-cleaning screening systems (static or motorized) installed in the overflow channel. They retain floating debris and large solids before excess water is discharged into the public watercourse.

Drainage and Agitation Pumping

Clog-resistant submersible open-channel pumps for evacuating retained water and agitation systems (jet ejectors or mixers) to keep solids in suspension during the storm event.

AUTOMATION, CONTROL, AND OPERATIONAL SAFETY:

Climate Management and SCADA Instrumentation

Integration of redundant ultrasonic/radar level sensors, hazardous gas detectors (H₂S, CH₄, CO), and open-channel flow meters.

Intelligent Control Logic (PLC)

Electrical panels with logic programmed to operate autonomously:
rain detection → controlled filling → retention → sequential emptying to the WWTP → automatic floor cleaning cycle.

Design for Harsh Environments

All electromechanical and support equipment is manufactured with protection against explosive atmospheres (ATEX certification) and high resistance to corrosion from sewer gases.

PROSIMED’S VALUE:

Hydraulic Design and Simulation

Precise dimensional calculations based on return periods for extreme rainfall events. Modeling of water behavior and sedimentation using computational fluid dynamics (CFD).

Development and Mechanical Engineering

Design of internal equipment in accordance with international standards. Construction drawings and integration into civil engineering projects using BIM methodologies.

Installation and Commissioning

Heavy-duty transportation, supervision of electromechanical assembly in the concrete pit, electrical connections, control system programming, and actual load testing.

In-house manufacturing at Prosimed workshops

Direct production of gates, turners, screens, and pumping systems under strict quality controls, with certified welding and passivation treatments.

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Advanced electrooxidation

Prosimed — Tue, 29 Sep 2026 08:01:02 +0000

EQUIPMENT

ELECTROOXIDATION

Designed after years of electrochemical research and development in collaboration with leading technology centers, this equipment redefines the limits of contaminant mineralization through state-of-the-art architecture.

Chemical and Petrochemical Industry:

Treatment of effluents contaminated with phenols, aromatic hydrocarbons, liquid polymers, and stabilized organic sludge.

Agri-Food Sector (Meat, Canned Goods, and Fish Processing):

Integrated downstream of flotation systems (DAF systems), it breaks down soluble compounds and disinfects recirculated water to meet stringent discharge regulations.

Hospitality Sector and Tertiary Reuse:

Advanced regeneration and complete disinfection of effluents (water reuse) intended for irrigation of green spaces or large-scale cooling towers without microbiological risk.

Textile and Tanning Industries:

Radical decolorization of effluents through the electrochemical destruction of azo dyes and strongly bound fixing compounds.

Hospitals:

Removes cytostatic and oncological drugs, antibiotics, antimicrobial residues, etc.

How can we apply this to your business?

Performance Metrics	Conventional Technology (Chemical/Biological)	PROSIMED Advanced Electrooxidation
Efficacy in Refractory COD	Limited against xenobiotic or toxic compounds.	Over 90% degradation of pharmaceutical traces, pesticides, and dyes.
Byproduct Generation	High volume of hazardous physicochemical sludge.	Minimal or no generation of secondary sludge.
Use of Chemicals	Critical dependence on co-agents, oxidants, and flocculants.	Purely electronic process; zero chemical residue.
Footprint	Large areas required for mixing and settling reactors.	Compact, modular, skid-mounted, Plug & Play design.

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Laundry

Prosimed — Fri, 25 Sep 2026 10:45:42 +0000

SECTOR

LAUNDERY

The laundry industry is one of the largest consumers of water and thermal resources in the industrial sector. In a context marked by water scarcity, stricter discharge regulations, and rising utility rates, optimizing every drop of water is no longer optional—it is key to the survival and competitiveness of your business. Internal effluent reuse transforms wastewater into a valuable resource, closing the consumption loop and generating a direct, positive impact on the bottom line.

The on-site reuse of effluent transforms wastewater into a valuable resource, closing the consumption loop and having a direct, positive impact on the bottom line.

WHY IS IT VITAL TO REUSE WATER IN LAUNDRIES?

Laundry wastewater contains high concentrations of surfactants, organic matter, microplastics from fibers, extreme pH variations, and residual heat. Properly recovering and treating this wastewater stream provides immediate competitive advantages.

Green brand value

It positions the laundry facility as an eco-friendly leader—a decisive factor for major clients such as hotel chains or hospitals that require sustainability audits.

Guarantee against restrictions

It ensures the facility’s operational continuity even during periods of severe drought and government-mandated water supply restrictions.

Significant Cost Savings

It reduces potable water consumption by more than 80%.

Thermal efficiency

Wastewater from the washing process is usually hot; by recovering and filtering it, that thermal energy is reused, drastically reducing fuel or electricity costs for heating fresh water.

Strict regulatory compliance

Avoids heavy fines by neutralizing contaminants before discharging into the urban sewer system.

HOW PROSIMED CAN HELP YOU:

At Prosimed, we have over 30 years of experience in the design, manufacture, and commissioning of water treatment and reclamation plants. We don’t believe in one-size-fits-all solutions; we analyze the specific pollutant load and flow rates of your laundry facility to implement compact, robust, and automated technologies.

Our comprehensive solutions include:

Turnkey Projects

We handle the entire process, from basic conceptual engineering through construction, mechanical installation, and ongoing maintenance to ensure maximum system stability.

Membrane Bioreactors (MBR) and Ultrafiltration

Biological processes combined with state-of-the-art membranes that retain bacteria, macromolecules, and surfactants, delivering purified water of excellent physical quality, ready to be reintroduced into initial or intermediate wash cycles.

Grant and Subsidy Management

We assist you in applying for and utilizing public funding programs and water innovation funds, reducing the payback period for your investment.

Dissolved Air Flotation (DAF)

DAF physicochemical flotation technologies that effectively remove fats, oils, and suspended colloidal particles caused by detergents and textile dirt.

Advanced Filtration and Screening Systems

Physical pretreatment equipment, such as rotary filters, for the efficient retention of lint, threads, and suspended solids before they damage subsequent stages.

Turn Waste into a Competitive Advantage

Don’t let utility and wastewater disposal costs limit your laundry’s growth. With Prosimed’s engineering, you can convert complex wastewater into clean, reusable water, optimizing the profitability of every wash cycle.

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Trust Prosimed to provide you with effective solutions and keep your facilities in prime condition. Contact us today and experience the difference of working with Prosimed!

At Prosimed we are committed to providing a comprehensive and reliable service in the maintenance of your facilities. Our highly trained team and our scheduled visits ensure that your equipment runs efficiently and safely. Trust us to provide you with effective solutions and keep your facilities in their best condition, contact us today and experience the difference of working with Prosimed!

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Petrochemical industry

Prosimed — Fri, 25 Sep 2026 09:01:20 +0000

SECTOR

PETROCHEMICAL

The petrochemical and refining industries require particularly rigorous water management, both due to their high water consumption and the complexity of their effluents, which may contain hydrocarbons, phenols, sulfides, metals, and high levels of organic and saline loads.

At Prosimed, we develop advanced solutions to treat these effluents, improve water efficiency, facilitate regulatory compliance, and promote internal water reuse, even in projects aimed at Zero Liquid Discharge (ZLD).

WATER AND OPERATIONAL CHALLENGES

Petrochemical plants and refining facilities face unprecedented regulatory, operational, and cost challenges.

Complex and Fluctuating Effluents

Effluents combine free and emulsified hydrocarbons, refractory organic compounds, high COD/BOD levels, and high conductivity, requiring specific and resilient treatment processes.

Regulatory Pressure and Reputational Risk

Environmental regulations impose increasingly strict discharge limits for parameters such as oils, fats, phenols, and metals, with severe penalties for any non-compliance.

Protection of critical equipment

Feedwater for high-pressure boilers and cooling towers requires extreme purity to prevent scaling, corrosion, unscheduled shutdowns, and costly maintenance.

Global water stress

Drinking water shortages and withdrawal restrictions are forcing plants to seek operational self-sufficiency through the circular economy.

HOW PROSIMED CAN HELP YOU:

With over 30 years of technical experience in the design, manufacturing, and engineering of water treatment plants, Prosimed offers robust, automated solutions that ensure the continuity of your processes in accordance with international safety standards.

Efficient Hydrocarbon Separation and Dissolved Air Flotation (DAF)

We implement API and CPI separators, as well as advanced Dissolved Air Flotation (DAF) systems, optimized for the large-scale removal of oils, fats, and emulsified hydrocarbons, thereby protecting subsequent biological treatment stages.

Advanced Oxidation Processes (AOP)

Application of ozonation, Fenton, and UV technologies to destroy recalcitrant organic compounds and non-biodegradable phenols that elude conventional treatments.

New equipment resulting from 2.5 years of research

Ask about it. It makes water that is very difficult to biodegrade biodegradable.

Industrial Membrane Bioreactors (MBR)

We design MBR plants capable of withstanding peaks in organic load and toxicity, achieving optimal COD degradation and completely retaining biological sludge using ultrafiltration membranes with high mechanical strength.

Funding and Incentive Management

We help you structure the economic viability of your plant, including access to public grants and innovation funds for decarbonization and industrial water efficiency.

Advanced Membrane Technologies

High-pressure reverse osmosis systems and specialized configurations for the demineralization of process water, enabling the direct reuse of treated water as a feed for cooling towers or as a precursor to deionized water for boilers.

“Turnkey” Projects Compliant with ATEX Standards

We develop comprehensive engineering solutions (EPC) that strictly comply with industrial safety regulations, explosive atmosphere (ATEX) standards, and instrumentation requirements specific to the chemical sector.

Cutting-Edge Engineering for a Sustainable Future

Maximizing water efficiency in the petrochemical sector reduces operating costs related to water intake and discharge fees, while mitigating regulatory risk and strengthening your corporate sustainability strategy. With Prosimed’s support, you can turn environmental challenges into competitive advantages and ensure operational safety.

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Paper Industry

Prosimed — Fri, 25 Sep 2026 07:31:48 +0000

SECTOR

PAPER INDUSTRY

The pulp, paper, and cardboard industry generates complex effluents with high loads of COD, solids, color, and suspended fibers.

Prosimed develops water treatment and reclamation solutions that reduce discharge costs, optimize water consumption, and promote the internal reuse of water through robust, automated systems tailored to the industry’s requirements.

PROSIMED TECHNOLOGICAL APPLICATIONS:

Fiber Conditioning and Recovery

Continuous screening systems using high-capacity drum rotofilters. They efficiently retain the coarse fiber fraction at the head end, protecting the facilities and recovering cellulosic byproducts for the process.

Biological Treatment and Ultrafiltration (MBR)

Membrane bioreactors with high mechanical strength that operate at high biomass concentrations (MLSS). They remove the biodegradable organic load and deliver an ultrafiltrated permeate, free of solids, suitable for direct reuse in production lines or cooling circuits.

Advanced Clarification by Flotation (DAF Systems)

Dissolved Air Flotation units designed for the mass separation of fines, mineral content, inks, and particulate COD using microbubbles of air and physicochemical optimization (coagulation/flocculation).

Mechanical Sludge Treatment

Automated dewatering systems (filter presses, centrifuges, or screw presses) to optimize the dryness of primary and biological fibrous sludge, reducing transportation and external disposal costs.

ADVANTAGES OF PROSIMED’S ENGINEERING:

Custom Engineering

Sizing based on specific analytics and characterization of each factory’s wastewater (newsprint, tissue, corrugated cardboard).

Financial feasibility

Technical management to secure grants and public financing programs aimed at industrial water efficiency (exclusive to Europe).

Operational resilience

PLC/SCADA-controlled systems with real-time monitoring, capable of absorbing flow peaks and fluctuations in organic load without destabilizing the process.

Reduce water consumption per metric ton produced with highly reliable technologies.

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Hotels

Prosimed — Thu, 24 Sep 2026 13:02:28 +0000

SECTOR

HOTEL INDUSTRY

In hotel complexes and resorts, efficient water management is key to reducing costs and ensuring operational continuity.

Prosimed designs advanced treatment, desalination, and reuse solutions that improve water efficiency, facilitate regulatory compliance, and reduce dependence on municipal water supplies.

PROSIMED TECHNOLOGICAL APPLICATIONS:

Advanced Water Conditioning and Disinfection

Specific treatments for cooling towers, boilers, spas, and domestic hot water (DHW). We implement ozonation, ultraviolet (UV) radiation, and automated dosing systems for strict Legionella prevention.

Greywater Recycling (MDR/MBR)

Compact plants based on Membrane Bioreactors (MBR) and ultrafiltration. They treat effluent from showers and sinks to produce crystal-clear, odorless, and pathogen-free water, suitable for toilet cisterns and irrigation of green spaces.

Reverse Osmosis (RO) Desalination

Modular systems for treating seawater or brackish well water at coastal and island resorts. They incorporate energy recovery systems to minimize electricity consumption (kWh/m³) and ensure an autonomous supply of drinking water.

Laundry Water Recovery

Combined systems featuring fine screening, Dissolved Air Flotation (DAF), and membranes. These systems allow up to 80% of the flow to be recirculated and harness the residual thermal energy from the wash cycles, thereby reducing fuel costs.

ADVANTAGES OF PROSIMED ENGINEERING:

Modular Integration

Containerized, soundproofed, and compact plants that eliminate visual and acoustic impact in guest areas.

Optimized Return on Investment (ROI)

Turnkey projects designed to maximize monthly cost savings on utility bills and waste disposal fees.

Full automation

PLC-controlled systems with remote monitoring (SCADA) that operate without the need for dedicated full-time staff.

Incentive management

Technical assistance with applying for grants and innovation funds to support the green transition in the tourism sector.

Optimize the water balance of your hotel properties with a technology partner with a global reach.

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Hospitals

Prosimed — Wed, 23 Sep 2026 14:08:50 +0000

SECTOR

HOSPITALS

Hospitals and healthcare facilities generate highly complex wastewater containing disinfectants, chemical compounds, and emerging micropollutants.

At Prosimed, we develop advanced treatment solutions that ensure biosafety, efficiency, and environmental compliance, while also promoting the safe reuse of water.

WATER CHALLENGES IN THE HOSPITAL SECTOR:

Removal of emerging contaminants

Healthcare effluents contain traces of pharmaceuticals and organochlorine compounds that municipal wastewater treatment plants cannot always remove, requiring pretreatment at the source.

Pathogen Control and Biosafety

Any treatment and reuse system must ensure the complete eradication of pathogenic bacteria (such as Legionella or multidrug-resistant bacteria) to protect patients and staff.

Reducing the Water Footprint

Cooling towers, boilers, on-site laundries, and green spaces consume thousands of cubic meters of potable water per year, which can be replaced with reclaimed water.

Regulatory Compliance and Penalties

Municipal ordinances severely penalize discharges into the public water system that exceed limits for organic load, toxicity, or disinfectants.

PROSIMED SOLUTIONS:

With more than 30 years of experience in the design and construction of water treatment plants, Prosimed develops solutions tailored to sanitation needs, ensuring maximum technical reliability:

Membrane Bioreactors (MBR) and Ultrafiltration

This technology combines biological treatment with a physical barrier of state-of-the-art membranes. It effectively retains solids, bacteria, viruses, and macromolecules, providing water of the highest physical and microbiological clarity.

Internal Reuse Systems

We design closed-loop systems to reclaim blowdown water from cooling towers and boilers, or to redirect treated water to toilet cisterns, landscape irrigation, and HVAC systems, drastically reducing the purchase of municipal water.

Advanced Oxidation Processes (AOP) and Disinfection

We implement systems based on ozone, ultraviolet (UV) light, and specific reagents to completely degrade persistent organic micropollutants (antibiotics and pharmaceuticals) and ensure thorough disinfection.

Automatic Neutralization and Homogenization

Compact equipment to regulate sudden fluctuations in pH and temperature in hospital wastewater, protecting facilities and ensuring that the discharged water strictly complies with the law.

“Turnkey” Projects Without Disrupting Operations

We handle the entire engineering, installation, and maintenance process, planning the implementation so as not to interfere with day-to-day operations or the hospital’s critical services.

Financing and Public Grants

We advise you on obtaining grants and innovation funds for ecological transition and water efficiency in public or private infrastructure.

New equipment resulting from 2.5 years of research

Ask us about it.

Optimizing the water cycle in a hospital is an act of corporate social responsibility that reduces operating costs and protects public health and the environment. With Prosimed’s support, your healthcare facility will become a model of eco-efficiency and safety.

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Mining

Prosimed — Wed, 23 Sep 2026 10:40:42 +0000

SECTOR

MINING

In response to the global water shortage, Prosimed designs and manufactures advanced technologies for water reuse in the
industrial mining sector.

MAIN WATER SOURCES FOR A MINING OPERATION:

Surface water:

Rivers, reservoirs. Subject to minimum flow requirements and permits.

Desalinated seawater:

Increasingly common in copper mining. Reduces pressure on freshwater resources.

Rainwater:

Collected in perimeter channels to prevent contact with ore.

Groundwater:

Deep wells. Essential in arid regions.

Mine water:

Seepage from open pits, tunnels, and tailings ponds. This is “contact water” and the most complex type.

CHARACTERISTICS OF WASTEWATER IN THE MINING INDUSTRY:

High conductivity

High concentration of suspended and dissolved solids

Chlorides

Variable pH

Sulfates

Heavy metals

Iron, manganese, copper, zinc, lead, arsenic, and, in certain mines, chromium.

Due to the growing need for water reuse, parameters such as hardness, silica, oils and fats, and total salinity are also relevant. For treatment, PROSIMED employs all kinds of cutting-edge technologies, 85% of which are manufactured in-house. At PROSIMED, we are continuously investing in R&D&I to always provide the best solution on the market.

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MBR AND THE WINE INDUSTRY

Prosimed — Tue, 22 Sep 2026 09:33:26 +0000

MBR AND THE WINE INDUSTRY

In the wine industry, proper wastewater management is a key challenge, especially in wineries that experience significant seasonal variations between the off-season and harvest. In this context, MBR (Membrane Bioreactor) technology has become a robust, compact, and highly effective solution for ensuring advanced water treatment.

At PROSIMED, we have years of experience developing, installing, and improving MBR systems specifically tailored to the industry.

Below, we present a real-world case study that illustrates the results achieved.

MBR Wastewater Treatment Plant at a Winery in Aragon

Several years ago, we installed an MBR wastewater treatment plant at a winery in Aragon. The plant was designed, manufactured, and commissioned by PROSIMED, and we also provide regular maintenance services.

Design and capacity

The plant is sized to treat 25 m³/h and features a complete treatment line:

Raw water pumping
Preliminary screening using a rotary filter
Homogenization with aeration
Neutralization, nutrient dosing, and defoaming
MBR (activated sludge + ultrafiltration using 0.1 µm PVDF membranes)
Treated water storage tank
SCADA control with remote connection

The MBR module consists of flat PVDF plates mounted on a removable stainless steel frame, with permeate and aeration manifolds made of ABS. This facilitates maintenance and ensures uniform filtration.

Analytical results: purification efficiency of over 99%

During operation, the analyses show outstanding performance:

Parameter	Raw Water	Treated Water	Performance
COD	8,500 mg/L	31 mg/L	> 99%
BOD₅	3,500 mg/L	11 mg/L	> 99%
Suspended solids (SS)	450 mg/L	5 mg/L	99%

Furthermore, these results confirm that the quality of the treated water comfortably meets the discharge limits required for public waterways, even during periods of peak pollutant load.

CONCLUSION

As a result, the case of the Aragonese winery demonstrates that MBR technology is a mature and effective solution for wastewater treatment in wineries:

Removal efficiencies exceeding 99% for COD, BOD₅, and suspended solids
Stability in the face of seasonal variations
High-quality effluent, suitable for discharge or reuse
Compact installation, easy to operate and maintain

Consequently, thanks to this project, the winery has consistently met discharge limits. Furthermore, it has optimized its water treatment processes. This demonstrates that MBR is a safe and sustainable investment.

VIEW CATALOG

Make Your Winery More Efficient with MBR-PRO

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Preserved vegetables and juices

Prosimed — Thu, 17 Oct 2024 09:49:12 +0000

SECTOR

PRESERVED VEGETABLES AND JUICES

Common Characteristics of Wastewater in the Juice/Vegetable Preservation Industry:

COD (Chemical Oxygen Demand):

Variable, but can be high due to the presence of biodegradable organic matter, such as vegetable residues and chemicals used in the preservation process.

BOD5 (Biochemical Oxygen Demand at 5 days)

Similar to COD, reflecting the organic load present in the wastewater.

TKN (Total Kjeldahl Nitrogen):

Low or deficient, which may require adjustments to pH and nutrients for effective treatment.

TSS (Total Suspended Solids):

Present in varying concentrations. These may include plant residue particles and solids from the preservation process.

High Seasonality:

Concentrated at specific times of vegetable production and processing for preservation. Its characteristics may vary significantly depending on the product processed.

Recommended Treatment:

Aerated Screening and Homogenisation:

Removing coarse solids and laminating and homogenising wastewater flows.

Nutrient Neutralisation and Adjustment:

Critical for proper biological reactor operation and to compensate for nutrient deficiency in wastewater.

Aerobic Biological Treatment:

Wastewater passes through an aerobic biological process, where microorganisms break down organic matter, reducing COD and BOD₅. Activated sludge, SBR or MBR systems can be used for this purpose.

Treatment of Slurries and Sludge:

Involving sludge storage and/or dewatering by mechanical means, such as dewatering screws and centrifuging.

Purification Performance:

Parameter	Inlet (mg/l)	Outlet (mg/l)	Effectiveness (%)
cod	5.500	<125	> 90.0
BOD5	3.500	<25	> 99.0
TKN	Deficient	<15	–
TSS	350	<35	> 90.0

How do we apply this to your company?

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Trust Prosimed to provide you with effective solutions and keep your facilities in prime condition. Contact us today and experience the difference of working with Prosimed!