Your feedstock clears Teesport, sits at a tank farm, then reaches your Middlesbrough reactor. Generic SCM lost sight of it three steps ago.
Custom supply chain software for a Middlesbrough process or industrial firm typically costs £50k to £160k and takes 4 to 8 months. SAP and generic SCM platforms model standard distribution, but they lose the thread on Teesside's real supply chain: bulk chemical feedstock arriving through Teesport, intermediate tank-farm storage, hazmat constraints, and the tight coupling between a delivery slipping and a process run that can't start.
Your supply chain isn't pallets on a lorry. A Teesside chemical or process operation pulls bulk feedstock through the port, stages it at tank farms, and feeds it to a plant on a schedule where a late vessel means an idle reactor. Generic SCM tracks purchase orders and shipments but has no model of bulk-liquid logistics, port clearance, tankage, or the fact that a slipped delivery cascades straight into production.
So planners juggle vessel schedules, tank levels and plant demand across spreadsheets and phone calls, and the first you hear of a problem is when a unit is about to run dry. The supply chain that matters most is the one your software can't see end to end.
The fix: supply chain built for Middlesbrough, not rented
Custom supply chain software models Teesside's actual flow: bulk feedstock through Teesport, tank-farm staging, hazmat constraints, and a clear line from inbound logistics to plant demand so a late vessel raises a flag before a reactor runs dry. It replaces the spreadsheet-and-phone juggling with end-to-end visibility tied into production and inventory.
The capability list that earns its budget
Middlesbrough supply chain: the full scope
Everything a supply chain build here can cover:
What supply chain costs in Middlesbrough
| Project scope | Typical cost | Timeline |
|---|---|---|
| Custom visibility layer over existing SCM | £35k to £70k | 3 to 4 months |
| Custom bulk and tankage supply-chain module | £75k to £120k | 5 to 6 months |
| End-to-end supply chain integrated with production | £120k to £160k | 6 to 8 months |
How long it takes, phase by phase
Exactly what you get
Supply chain software that sees Teesside's real flow end to end: bulk feedstock from Teesport clearance through tank-farm staging to plant feed, with hazmat constraints built into planning. When an inbound vessel slips, the system links it to the process run at risk and warns you before a reactor runs dry, instead of a planner finding out from a phone call. It's tied into production scheduling, inventory and ERP so staging matches what the plant actually needs.
How to choose a developer in Middlesbrough
Choose a partner who understands bulk and process logistics, not just palletised distribution. Ask how they'd model feedstock through a port and tank farm, and how a late delivery surfaces as a production risk; generic SCM thinking will miss the coupling that matters most. Expect them to integrate with your production scheduling, inventory management software and ERP software, and to be candid that the system is only as good as the carrier, port and tankage data feeding it.
- End-to-end visibility from port arrival through tank farm to plant feed
- Early warning when an inbound slip threatens a process run, before a unit idles
- Hazmat transport and storage constraints built into planning, not bolted on
- Tank-level and plant-demand coupling so staging matches what production needs
- Integration with ERP, inventory and production scheduling for one supply picture
- Genuine bulk and hazmat supply-chain modelling is a large, expensive build
- Accuracy depends on data feeds from carriers, ports and tankage you don't fully control
- You take on the maintenance of a complex, integration-heavy system
- A firm with simple inbound logistics gets enough from standard SCM
- !They model your inbound as palletised distribution. Ask how they handle bulk feedstock
- !No link between logistics and production. Ask how a late vessel flags an idle plant
- !They ignore hazmat constraints. Ask how transport and storage rules are planned
- !No carrier or port data integration plan. Ask where status feeds come from
- !No process-industry supply-chain reference. Ask for a bulk-logistics build
If supply chain is on the roadmap, project management, helpdesk & ticketing, crm usually follow within the year. Budget them as one conversation.
Rohan advises mid-market and enterprise teams on ERP, CRM and custom software, and has led delivery on dozens of business-software builds.
Writes for Digital Heroes, shipping business software for 2,000+ brands across 55+ countries since 2017.
Frequently asked questions
Why doesn't generic SCM work for our supply chain?
Because it models standard distribution, not bulk chemical feedstock arriving through Teesport, staged at tank farms and fed to a plant on a schedule. For a Middlesbrough process firm, the critical link is between an inbound delivery slipping and a reactor idling, and generic SCM has no concept of that, so the real coordination happens in spreadsheets and phone calls.
How does the software prevent idle plant?
By coupling inbound logistics to production demand. When the system tracks a vessel through port clearance and tank levels against a plant's run schedule, it can warn you that a slip will leave a unit short before it runs dry. That early signal is the difference between rescheduling calmly and scrambling when production is already at risk.
How accurate can supply-chain visibility be?
As accurate as the data feeding it. End-to-end visibility relies on status feeds from carriers, ports and tankage you don't fully control, so part of the build is integrating those feeds and handling gaps gracefully. A partner who promises perfect visibility without addressing data sources is overselling. Realistic, well-integrated visibility is achievable and valuable.
Does it handle hazardous materials?
Yes, by building hazmat transport and storage constraints into planning. The system respects which materials can move and be stored how and where, rather than leaving those rules to memory. For a Teesside firm moving reactive feedstock, encoding hazmat constraints into supply-chain planning is both a safety and a compliance gain.
How does this connect to production and inventory?
Through integration with your production scheduling and inventory management software, plus your ERP. Inbound feedstock visibility drives staging decisions, tank levels inform run schedules, and consumption flows back into inventory. That connected loop is what turns a supply-chain tool from a tracking screen into something that actually protects production.