Engineering / GiNOVA
Process and system design for production decisions.
Scoped technical studies for process analysis, capacity assessment and equipment decisions.
Technical brief
- Who this is for
- Food producers, plant owners, production managers and investors evaluating a production facility or line.
- The decision to resolve
- Capacity uncertainty, equipment-selection risk, process inefficiency or an incomplete production design.
- Outputs to agree
- Process map with assumptions and interfaces
- Capacity scenarios and an equipment-requirement matrix
- Technical specifications and a feasibility assessment
- A product, prototype or trial plan
Food Manufacturing
Draw the process before you buy the line.
Seven processes. Choose one to see the chart, the critical points, the work and the deliverables.
- Producer sources
- Intermediate processing
- Storage
- Supply coordination
- Raw material
- Wash & cut
- Dewater
- Pack
- Feed
- Drying chamber
- Air circulation
- Discharge
- Preparation
- Crush & press
- Process tanks
- Fill
- Samples
- Treatment options
- Process trial
- Compare findings
- Site & requirements
- Equipment options
- Interfaces
- Implementation
From HACCP foundations to controlled production and continuous improvement.
Illustrative scenarios · scope and specialist participation agreed per project
Sourcing and supply-flow coordination
- Best suited for
- An international ingredient or intermediate-product requirement with several producer or processing options.
- Critical technical points
- Grade, composition, quality tolerances and processing behaviour must fit the receiving operation. Seasonality, batch traceability, intermediate processing and logistics can change the supply decision.
- Engineering work
- Translate the purchasing need into a technical enquiry; compare producer responses against shared criteria; coordinate samples and record responsibilities at each handover.
- Decision deliverables
- A specification and producer comparison, sample-approval record and supply responsibility map.
Salad and fresh-cut processing
- Best suited for
- A new or upgraded salad and fresh-cut line where quality and handling constraints must guide equipment selection.
- Critical technical points
- Cut geometry and tissue damage affect oxidation and product quality. Wash-water management, dewatering, cold-chain continuity and modified-atmosphere packaging must be considered together.
- Engineering work
- Map preparation, washing, cutting, dewatering and packing. Translate capacity and product requirements into supplier questions and a trial plan, with food-safety validation assigned to the responsible specialists.
- Decision deliverables
- A process-flow concept, equipment requirement brief and register of trial and validation questions.
Drying and dehydration
- Best suited for
- A drying investment or product change that needs a product-specific route and trial plan.
- Critical technical points
- Feed size, loading, temperature–time history and air conditions shape drying behaviour. Water activity, moisture, texture, colour and energy demand belong in the same product brief.
- Engineering work
- Compare applicable drying routes; define product-specific trials; record yield, energy and quality assumptions before equipment commitments.
- Decision deliverables
- A drying-route comparison, trial matrix and supplier enquiry with acceptance targets to be verified.
Juice processes
- Best suited for
- A juice line or product brief where yield, pulp, preservation and filling choices must be aligned.
- Critical technical points
- Fruit condition, extraction yield, pulp specification and enzyme activity influence the process. Oxygen pickup, concentration, preservation and filling route change product-quality and equipment decisions.
- Engineering work
- Connect preparation, extraction, separation, treatment and filling. Define interfaces and identify the product trials and supplier evidence required for the intended distribution conditions.
- Decision deliverables
- A process outline, equipment enquiry and register of quality, utility and validation decisions.
Product and process development
- Best suited for
- A new formulation or process change moving from a concept into structured trials.
- Critical technical points
- Formulation, ingredient variability, process window, stability and target unit cost must be defined together. Scale-up changes mixing, heat transfer, residence time and handling.
- Engineering work
- Set target attributes and a baseline; structure staged trials; separate measured findings from hypotheses and identify what must be checked again before scale-up.
- Decision deliverables
- A development brief, trial matrix, findings record and next-stage decision brief.
Feasibility and implementation support
- Best suited for
- An investment or implementation decision with competing supplier scopes and unresolved site interfaces.
- Critical technical points
- Capacity balance, utility demand, labour assumptions, layout and hygienic interfaces must agree with the investment model. Automation boundaries and commissioning acceptance cannot remain implicit.
- Engineering work
- Compare technical scenarios and supplier scopes; identify missing site data, interfaces and acceptance questions; coordinate agreed project or on-site activities within a written mandate.
- Decision deliverables
- A technical feasibility note, interface and responsibility register, and staged implementation action list.
Total Quality Management
- Best suited for
- A production system with fragmented controls, weak evidence or recurring quality losses.
- HACCP & process controls
- Map hazards, establish preventive foundations and define the controls each process needs. Connect monitoring to documented action criteria and critical limits, as applicable.
- Food safety systems
- Translate ISO 22000 and BRCGS Food Safety requirements into practical responsibilities, records and review routines. Build evidence for independent assessment.
- Traceability & response
- Connect incoming materials, production lots and finished products. Hold affected product, investigate deviations and support authorized disposition decisions.
- Quality & reliability
- Use customer feedback, process data and root-cause analysis to prioritize improvement. Link maintenance, training and verification to sustained process performance.
Plant agents, in development
Every plant agent starts from a process map.
An agent is only as good as the map under it. We draw the process first, then connect your documents and records to it. The agent advises; a named person decides.
Specification agent
Turns a purchasing need into a technical enquiry and compares supplier answers against shared criteria.
Deviation agent
Reads batch records, control limits and maintenance notes, then drafts the likely cause and next step, with sources.
Audit evidence agent
Gathers the records an audit will ask for and shows what is missing before the auditor does.
Shift assistant
Answers operators from approved procedures, in their own language, and cites the page.
Agents read and advise. They do not write to control systems.
The first step
Start a technical discussion
Each engagement starts with a written scope: inputs, deliverables, responsibilities, timing, price and acceptance criteria. Examples describe scope, not promised results.
- 1You send a short, non-confidential outline.
- 2We reply in writing: scope, deliverables, timing, price.
- 3Work starts only after you agree to that scope.