Environment
Driving the Future of
Water, Wastewater Treatment &
Sludge Management Through Advanced Industrial Solutions
Glorinda, as a member of German Water Partnership, delivers integrated engineering solutions that maximize water recovery and minimize environmental impact for industrial and municipal clients.
Water & Wastewater Treatment
Glorinda is a leading provider of water and wastewater treatment solutions, delivering efficient engineering services, advanced process technologies, complete system packages, and high-quality equipment tailored to each customer's requirements.
Our comprehensive approach covers the entire water cycle; from water intake and treatment to wastewater recycling and reuse, providing reliable, sustainable, and high-performance solutions at every stage.
Typical applications
Glorinda provides solutions across four areas of water and wastewater treatment. Most projects touch more than one.
The treatment line, stage by stage
Glorinda provides solutions across four areas of water and wastewater treatment. Most projects touch more than one.
01
Pre-treatment
Physical, chemical and biological removal ahead of the main stage: dissolved air flotation, filtration, membrane separation, anaerobic biology, adsorption. Effective pre-treatment reduces cost in the main stage and improves overall process efficiency.
02
Main treatment and recovery
Membrane recovery through conventional RO, closed circuit RO and high-efficiency RO; biological treatment including anaerobic membrane bioreactors; and where discharge must reach zero, evaporation and crystallisation.
03
Post-treatment
Ion exchange, mixed bed, electrodeionization and advanced oxidation to reach process, boiler feed, ultrapure or potable quality.
04
Residue management
Sludge dewatering, drying and incineration; salt and solid output routed to compost, fertiliser, animal feed, backup fuel, saleable salt or, as a last resort, compliant disposal.
Waste to Energy
Glorinda offers two routes for turning waste into energy, split by feedstock:
thermal treatment for waste that can be burned,
and anaerobic digestion for wet organic material that can't.
**Incineration & Energy Recovery**
Mixed and calorific waste — including municipal solid waste — is separated and conditioned, then combusted with heat recovery.
In the combined cycle configuration, waste fuels a turbine or gas engine, and the recovered flue gas superheats the steam circuit for additional power generation.
Benefits:
- Combined cycle configuration for higher-efficiency power generation from waste
- Recovers heat as steam, hot water, or electricity
- Handles both industrial hazardous waste and municipal solid waste
- Certified for hazardous-area operation
[Explore Incineration & Energy Recovery →]
**Biogas (Anaerobic Digestion)**
Wet organic feedstocks — sludge, food waste, agricultural residues, and animal manure — are too high in moisture to burn economically, but convert well through anaerobic digestion into biogas. For high-strength industrial effluent, Glorinda's AnaeroMBR system combines wastewater treatment and biogas production in a single step.
Benefits:
- Converts sludge, food waste, agricultural, and manure feedstocks into usable biogas
- Up to 98% COD removal alongside biogas production (AnaeroMBR)
- Cuts sludge output by up to 75% versus aerobic treatment
- Low energy use, minimal maintenance, effluent ready for reuse
[Explore Biogas Production →]
By Industry
Water problems are industry-specific long before they are technology-specific. These are the streams we are most often asked about, taken from the operating problems plants actually report.
Cooling tower blowdown recovery, cooling water optimisation, boiler feed water treatment, demineralised water production, condensate polishing, FGD wastewater, ash handling wastewater, plant-wide reuse and ZLD for thermal plants.
Produced water treatment, desalter wastewater, refinery cooling water recovery, boiler feed water including HRSG duty, steam cycle chemistry, hydrocarbon-contaminated water from API and CPI separators, high-COD petrochemical effluent, water injection treatment for enhanced oil recovery, and refinery ZLD.
Purified water system optimisation, water for injection, ultrapure water for API and laboratory use, pharmaceutical effluent with active compounds and solvents, CIP/SIP wastewater, clean steam feedwater, cooling water, reuse in non-critical duties, ZLD and sludge management.
Boiler feed water for pasteurisation and sterilisation, cooling water optimisation, CIP wastewater with high COD from detergents, fat and protein, process water as a product ingredient, reuse from cooling blowdown and cleaning streams, and dairy effluent with high BOD/COD and heavy sludge production.
Process water for reaction chemistry, cooling and boiler feed water, high-COD and solvent-contaminated streams, high-TDS neutralisation and salt streams, heavy metal removal, effluent reuse and ZLD.
Process water recycling, tailings water recovery, acid mine drainage, heavy metal removal, flotation wastewater, mine dewatering, steel cooling water, blast furnace gas cleaning effluent, coke plant wastewater with phenol, cyanide and ammonia, pickling line acid effluent and rolling mill oily water.
Dyeing wastewater with colour, salt and high COD, colour removal as a discharge condition in its own right, reuse of dye-house and washing water, high-TDS reactive dyeing effluent, printing wastewater, boiler feed and cooling water, and coloured chemical sludge.
Paper mill effluent with fibre and organics, white water recovery, process water recycling, bleaching wastewater, high-COD pulp mill streams, fibre recovery as a material saving, boiler feed water for the dryer section, and ZLD.
Wastewater treatment plant optimisation, reuse for irrigation, industrial supply and urban applications, sludge treatment and management, membrane bioreactor upgrades where there is no room to expand, desalination for coastal and water-scarce supply, and energy recovery through anaerobic digestion.
Ultrapure water for wafer cleaning, photolithography and rinse systems, semiconductor effluent with acids and heavy metals, chemical mechanical polishing wastewater with ultrafine particles, fab cooling water and UPW recycling.
Irrigation water treatment against clogging and salinity, reuse of treated municipal and industrial effluent for irrigation, agro-processing and livestock wastewater, greenhouse and hydroponic water recycling, and nutrient recovery.
Process water for reactors, granulators and absorption towers, cooling and boiler feed water, ammonia and nitrogen-bearing process condensate, high-TDS scrubber blowdown, reuse across the plant water cycle and ZLD.
Services around the water scope
Engineering
Wastewater characterisation analysis, treatment process selection, plant design for industrial water, industrial wastewater, municipal wastewater and seawater desalination.
Process packages and integration
Complete water and wastewater treatment packages, and integration where several suppliers' equipment has to behave as one process.
Industrial services
Installation, commissioning, operation support, operator training, maintenance, troubleshooting and after-sales technical support.
Upgrading and revamp
Bringing an existing plant back inside consent, increasing its capacity, or cutting its operating cost without a rebuild.
Common challenges
Every line below is a real operating problem raised by plants in this sector, matched to the capability that answers it.
Discharge limits keep tightening
Consent conditions move; plants do not. We assess whether the existing line can be upgraded — adsorption, advanced oxidation, membrane polishing — before anyone proposes a new plant. Where discharge has to reach zero, ZLD is the endpoint, but it is rarely the cheapest first move.
Water is limited and the site wants to expand
A permit that caps abstraction caps production. Recovery from existing streams is usually cheaper and faster to permit than a new source. Minimum liquid discharge recovers around 85% of a wastewater stream on membrane technology alone.
COD load is destroying the treatment budget
Aerobic treatment spends electricity to destroy organic load. AnaeroMBR converts the same load into biogas, with up to 98% COD removal, no aeration and up to 75% less sludge than an aerobic process.
Sludge disposal costs more every year
Volume reduction is the only durable answer. Dewatering, then drying, then incineration — each stage removes moisture and haulage. Thermal hydrolysis before digestion improves digestibility, raises biogas yield and reduces residual volume.
Colour, metals or silica will not respond to conventional treatment
Our adsorbent systems remove up to 90% of COD without electricity, take COD down to 50–70 ppm through a simple flow-through process, and address heavy metals (including up to 99.5% of lead), cyanide, pesticides, silica, ammoniacal nitrogen and colour, producing under 1% waste against around 30% for an RO system.
Chemical deliveries are a safety and logistics problem
On-site hydrogen peroxide generation makes oxidant from water, air and electricity. No bulk chemical storage, no transport risk, no handling exposure; and it integrates directly into advanced oxidation, cooling water and odour control duties.
Frequently asked questions
Oil and gas, refining and petrochemical, power generation, chemical, fertilizer, food and beverage, dairy, pharmaceutical and biotech, electronics and semiconductor, mining and steel, textile, pulp and paper, agriculture and agro-processing, and municipal utilities. Each has its own characteristic streams, and the water and wastewater section is organised around them.
Flow rate and its variability, a contaminant analysis (COD, BOD, TDS, TSS, and the specific species that concern you), the discharge consent or reuse quality target, available footprint, and the utilities you have — steam, power, cooling. If you do not have reliable numbers, we will define the sampling campaign that produces them before quoting anything.
Usually, and it is normally the better commercial answer. Adsorption as a polishing stage, advanced oxidation for trace organics, membrane retrofits and pre-treatment upgrades all bring plants back inside consent without a rebuild. We assess the existing line first as a matter of course.
Yes. We deliver complete water and wastewater treatment packages on a turnkey basis as EP, EPC or EPCM, and we regularly act as owner’s engineer for clients who are contracting the plant themselves. Civil works are executed by local contractors under our engineering supervision.
Yes. Ion exchange, mixed bed and EDI post-treatment produce ultrapure water suitable for boiler feed, cooling and process reuse, backed by Glorinda Resins.
Take this further
Send us the stream data, the discharge limit or the equipment list you are working from. An engineer reads every enquiry and replies with the questions that actually decide the solution — not a brochure.