Tailor-made plants for wastewater and industrial water treatment
SERVICES OFFERED
- Customized solution design based on concentrations, flow rates, space requirements, local regulations and reagent availability.
- Manufacture of the BIOBOX® solution and transport to destination.
- On-site installation, connections (water, electricity) and commissioning.
- Knowledge transfer for O&M.
- Remote follow-up and advice.
- Leasing/renting contract for the BIOBOX® plant.
Technology
- Denitrification via biofiltration, anoxic and heterotrophic. Transformation of NO3- into N2 gas. Dosage of M.O. stoichiometric, real-time process control: NO3-, ORP, pH, Temperature, O2.
- Final refining filtration.
- Pre and post biofilter UV disinfection
key parameters
- EBTC = 30 min per 100 mg NO3-/L
- OPEX 50% lower than Reverse Osmosis.
- Concentrations of up to 2000 mg NO3- per liter.
- Low energy consumption.
Technology
- Removal by adsorption and particulate filtration of iron and manganese in the cationic state.
- Process control: O2, pH, ORP.
key parameters
- Low water pre-conditioning requirement.
- Long duration of the useful life of the material.
Technology
- Removal by adsorption of dissolved Arsenic.
- Process control: O2, pH, ORP.
key parameters
- Low water pre-conditioning requirement.
- Adsorption of As in the material until the end of its useful life.
- Long life of Filtralite HMR-As.
- Low OPEX
- High As concentrations.
Technology
- Nitrification via aerobic and autotrophic biofiltration.
- Transformation of NH4+ into NO3-.
- Real-time process control: Alkalinity, ORP, pH, Temperature, O2.
- Pre and post biofilter UV disinfection.
key parameters
- High loads of NH4+ per volume unit.
- Alkalinity dosage.
- Very low OPEX.
- Reduced energy consumption.
Technology
- Biofiltration in 2 stages: heterotrophic anoxic and heterotrophic aerobic.
- Water with high concentrations of COD/BOD.
- Real-time process control: ORP, pH, Temperature, O2.
key parameters
- High loads of COD (>5000 mg/L) with HRT for hours.
- Low process costs.
- Reduced surface area required.
Technology
- It varies according to the water to be treated
key parameters
- Effective and optimized treatment
- Very low investment cost
- Very low operating cost.
- More competitive than market alternatives
Technology
- Removal by adsorption of metallic cations.
- Process control: O2, pH, ORP.
key parameters
- Wide spectrum of application: Cd, Zn, Ni, Cu, Fe, Pb…
- Long duration of the useful life of the material.
- OPEX 40% to alternative processes.
Technology
- Water treatment without pollutant rejections or water waste.
- Operating cost below 0.15 USA/ M3
- SGS certified
key parameters
- No polluting waste
- No water waste
- SGS certified
Technology
- Raw water with high TSS content (>40 mg/L).
- High filtration velocities (>15 m/h) maintaining quality. Reduced Footprint.
- Simple process with low energy demand and low OPEX.
key parameters
- Low process costs.
- Reduced footprint
- High filtration rates
Technology
- For remote communities with limited access to drinking water
- Easy to operate and manage
- Very low operating costs
- Option for solar panel power
key parameters
- Reduces operating costs by 60%
- Potable water anytime, anywhere
- Automated three-phase process
Combination of BIOBOX® technologies
For water treatment with combined contaminant matrices, it is possible to integrate different BIOBOX® solutions. Depending on the flow rate to be treated and the pollutant concentrations, a solution with a single container (2 integrated BIOBOX® technologies) or in two containers (operating in series with separate BIOBOX® technologies) can be considered. Also, for medium and large flow rates, modular solutions are designed to operate in parallel from the same power supply.
By way of example, 2 cases are presented:
CASE 1
Simultaneous presence of dissolved metals and nitrates. Metals are removed first (BIOBOX Heavy Metals ), and then nitrate concentration is eliminated with BIOBOX Nitrates technology.
CASE 2
WWTP without nitrogen removal system. Combination of BIOBOX Nitrates and BIOBOX Ammonium technologies, working in series, with recirculation of the treated effluent in second stage.
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