F&P · Food & Pharma
Food and pharmaceutical process solutions
Drying, separation and the water systems underneath them — engineered for production where the utility and the product are not separate things.
The sector
Overview
Food, beverage and pharmaceutical production share a characteristic that changes how water and process equipment have to be engineered: the utility and the product are not separate. Water is an ingredient. Steam touches the product. Cleaning chemistry ends up in the effluent. A drying step determines shelf life, texture and bioavailability.
Glorinda works in three connected areas here. Drying systems, which turn a liquid or wet solid into a stable powder or granule. Separation systems, which recover and purify the valuable fraction — protein, peptide, sugar, amino acid, active ingredient. And the water systems underneath both: purified water, water for injection, clean steam, process water, cooling water, CIP and SIP effluent and reuse.
Recovery instead of disposal
A recurring theme in this sector is that the effluent contains the product. Cheese whey is a valuable source of high-quality protein. Sugar refining streams carry recoverable sugars. Dairy effluent carries protein, fat and lactose that create high BOD and COD precisely because they have value. Recovering that fraction creates income, lowers disposal cost, supports sustainability targets and often improves the primary product as well.
Regulated production changes the engineering
In pharmaceutical manufacturing, water is part of the production process and its quality affects the final product directly. Endotoxin, ionic contamination or microbial contamination can render a batch unusable and create validation problems. That means the water system is a critical system, and it has to be designed, documented and monitored as one.
Value chain
Where we sit in the value chain
From raw material to packaged product, our scope sits on the process steps that concentrate, purify, dry and clean — and on the utilities that serve them.
Process diagram
Sector value chain
Reserved for a static value-chain diagram showing feedstock, conversion, utilities, emissions and residues, with the Glorinda scope marked on each stage.
Static process diagram — final artwork to be supplied.
Incoming water and utilities
Process water treatment, boiler feed water for pasteurisation, sterilisation and drying, cooling water for dairy, beverage and frozen food operations, and — in pharmaceutical production — purified water, water for injection and clean steam.
Processing and reaction
Where the water quality becomes a product variable. Inappropriate water quality affects taste, quality, shelf life and product safety; TDS, metals or microbial contamination all cause problems.
Separation and purification
Chromatography, ion exchange and adsorption to recover and purify the valuable fraction: whey protein, amino acids, sugars, plant extracts, peptides, enzymes and biopharmaceutical products.
Drying
Spray, fluid bed, rotary, drum, flash, paddle and steam tube drying, sized up to 480 m² and selected against the heat sensitivity, particle requirement and throughput of the product.
Cleaning
Clean-in-place and sterilise-in-place produce effluent carrying alkaline and acid detergents, fat, protein, organics and — in pharmaceutical production — active compounds. CIP is one of the largest sources of water use and effluent generation in food manufacturing.
Effluent and recovery
High-COD biological treatment including anaerobic membrane bioreactors, adsorption for actives and solvents, membrane recovery and reuse, ZLD where discharge is restricted, and sludge management.
Applications
Typical applications
Drying systems
Paddle, fluid bed, drum, rotary, flash, steam tube and spray dryers up to 480 m², designed for energy efficiency and long-term performance.
Read moreSeparation systems
Whey protein extraction, chromatography separation, purification, enzyme carrier systems and solid phase peptide synthesis.
Read moreWater in food and pharma
Purified water, water for injection, ultrapure water, clean steam, process water, cooling water, CIP/SIP effluent and reuse.
Read moreResin applications
Sugar refining, citrus debittering, protein haze stabilisation, amino acid purification, sweetener refinement and antibiotic removal from honey.
Read moreResource recovery
Turning by-products into products — the recurring commercial opportunity in this sector.
Read moreRegulated water systems
Design, monitoring and documentation for water systems that form part of a validated production process.
Read moreProblems
Common challenges
Every line below is a real operating problem raised by plants in this sector, matched to the capability that answers it.
Almost every large food plant uses steam for pasteurisation, sterilisation, drying and cleaning, and raw water containing hardness, silica and dissolved ions scales boiler tubes and reduces heat transfer. Ion exchange, EDI and post-treatment address it — and utility water is exactly the area most water strategies overlook in favour of effluent.
CIP effluent contains alkaline and acidic detergents, fat, protein and organic matter and can produce very high COD. Discharging it directly creates problems at the treatment plant and raises chemical cost. CIP is one of the largest sources of water consumption and effluent generation in food production, especially in dairy, beverage and meat processing.
Protein, fat and lactose produce high BOD and COD and generate large volumes of sludge. Dairy wastewater needs a dedicated design rather than a generic food effluent plant, and AnaeroMBR is frequently the right answer.
In food production water is not just waste — it is a process raw material directly connected to the final product. Unsuitable quality affects taste, quality, shelf life and safety; TDS, metals and microbial contamination all cause problems. Membranes, RO, UF, NF and post-treatment address it.
Poor water quality can contaminate the product, cause non-compliance with pharmaceutical standards and create validation problems. Injectable production needs the highest purity: endotoxin, ionic or microbial contamination can render the product unusable.
Pharmaceutical effluent can contain complex organic compounds, active pharmaceutical ingredients, solvents and chemicals that are difficult to treat, with high environmental sensitivity. Adsorbent technology, MBR and advanced treatment are the routes that work.
Cheese whey is the clearest example: a valuable source of high-quality protein that many plants still treat as effluent. Extraction creates income, lowers disposal cost, supports sustainability and improves product quality.
What we deliver
Available solutions
Drying systems
Seven dryer types up to 480 m², selected against product heat sensitivity, particle requirement and throughput.
Read moreSeparation systems
Whey protein extraction and separation, chromatography separation, purification, enzyme carrier systems and solid phase peptide synthesis.
Read moreWater in food and pharma
Purified water, WFI, ultrapure water, clean steam, process and cooling water, CIP/SIP effluent and reuse.
Read moreAnaeroMBR for high-strength effluent
Up to 98% COD removal with biogas recovery and up to 75% less sludge — the usual answer for dairy and food processing effluent.
Read moreResins for food, beverage and pharma
Sugar refinement, chromatographic separation, citrus debittering, protein haze stabilisation, amino acid purification and bio-pharmaceutical separation.
Read moreZLD and water reuse
For sites in water-scarce regions or under discharge restriction, including pharmaceutical sites with high environmental sensitivity.
Read moreWater
Water solutions
Water in this sector is a production input, a cleaning medium and a discharge problem, often in the same plant. Our scope covers purified water system optimisation, water for injection, ultrapure water production, clean steam feedwater, boiler feed water, cooling water treatment, process water for food production, CIP and SIP wastewater, dairy wastewater, pharmaceutical wastewater with actives and solvents, water reuse in manufacturing, ZLD and sludge management.
The dedicated page below sets out each of these with the specific quality targets and treatment routes that apply.
Products
Product families
Resins and separation media
Ion exchange, chromatography media, agarose medium, enzyme carriers, solid phase peptide carriers and adsorbent resins — over 200 types.
Read moreIndustrial dryers
Paddle, fluid bed, drum, rotary, flash, steam tube and spray dryers, in sizes up to 480 m².
Read moreAnalyzer & metering systems
TOC, conductivity, pH and dissolved oxygen analysis for regulated water systems, plus sampling systems.
Read moreLiquid ring vacuum pumps
Vacuum drying, evaporation, concentration, filtration and degassing duties in food and pharmaceutical production.
Read moreServices
Services for this sector
Process engineering
Food process engineering, pharmaceutical process engineering, drying process engineering and process optimisation.
Read moreWaste and resource recovery
Waste reduction solutions and resource recovery — turning by-products such as whey into products rather than effluent.
Read moreWater treatment
Water treatment solutions for food industries and for pharmaceutical industries, from process water to WFI and CIP effluent.
Read moreResin-based separation
Resin selection, screening, performance evaluation, application consulting, process design and optimisation.
Read moreIndustrial services
Installation, commissioning, operator training, maintenance and after-sales technical support.
Read moreProcurement
Equipment and raw materials for pharmacology, medical and health science production, and for food and dairy processing.
Read moreEvidence
Case studies and projects
Sample layout. Reference projects are being cleared for publication with the clients concerned. The structure below is final; the content is placeholder.
SampleWater reuse retrofit — sample card
Card layout for a completed water reuse project: stream data before and after, recovery achieved, scope Glorinda held, and the client's own words.
SampleZLD package — sample card
Card layout for a zero liquid discharge package: feed characterisation, evaporator type selected, solid output route, and commissioning duration.
SampleOwner's engineer mandate — sample card
Card layout for an advisory mandate: the client's decision, the options assessed, and what changed in the tender as a result.
FAQ
Frequently asked questions
Do you work with GMP-regulated production?
We design and supply the water and process systems that serve it, and we understand that in pharmaceutical production the water system is a critical system whose qualification affects the whole facility. Validation and GMP documentation are executed with the client's quality organisation, and we design and document to support it.
Which dryer suits our product?
Heat sensitivity, feed form, required particle characteristics and throughput decide it. Spray drying for liquids that must become free-flowing powder; fluid bed for gentle, uniform drying with granulation; rotary and drum for robust bulk materials; flash for rapid drying of heat-sensitive fines; paddle and steam tube for indirect drying of pastes and sludges. Details are on the drying systems page.
Can whey protein recovery really pay for itself?
It creates new income by producing high-demand protein products, lowers costs by reducing the need for expensive disposal, supports sustainability by turning waste into useful material, and improves product quality with better texture, taste and nutrition. Whether the numbers work for your site depends on volume and protein content, which is the first thing we would look at.
What resins do you supply for food and beverage?
Resins covering stevioside extraction and purification, sugar refinement (deashing and decolorization), chromatographic separations, citrus debittering, protein haze stabilisation in beer, wine and fruit juice, citric and lactic acid production, plant extract and polyphenol recovery, whey and gelatin deashing, juice quality control, removal of antibiotics from honey, sweetener refinement and amino acid purification.
How do you treat CIP effluent?
Pre-treatment for fats and solids, then biological treatment sized for the COD load — frequently anaerobic, so the organic load produces biogas rather than consuming aeration power — and adsorption where detergents or actives persist. Balancing matters as much as the treatment, because CIP arrives in slugs.
Conversion
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.
Contact
Bring us the constraint you cannot design around
Tell us the product, the throughput and the quality target. In this sector those three settle most of the engineering before anyone opens a catalogue.