United Kingdom Fish Pumps Market size is projected at USD 7.57 million in 2026 and is expected to hit USD 13.16 million by 2034 with a CAGR of 7.23%. The 2025 base-year value was USD 7.07 million, indicating a USD 6.09 million increase through 2034. Detailed product, capacity, application and end-user assessment is required to evaluate equipment requirements, purchasing patterns and the competitive landscape.
The Fish Pumps Market covers equipment designed to transfer live or processed fish using controlled water flow, vacuum, impeller or other pumping mechanisms while limiting physical damage and handling time. In 2026, centrifugal pumps contribute 35.5% of the product-type total, followed by vacuum pumps at 21.1%, water jet pumps at 15.1%, impeller pumps at 13.2%, progressive cavity pumps at 8.1% and air-operated diaphragm pumps at 7.0%. Below 1,000 kg/hr systems account for 43.8% of the capacity view. The operating environment is substantial: UK vessels landed 745,000 tonnes of sea fish worth GBP 1.16 billion in 2024, while Scotland produced 192,000 tonnes of Atlantic salmon.
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Automation is shifting fish transfer toward integrated pumping, counting, grading and water-management systems. UK fisheries handled 745,000 tonnes of vessel landings in 2024, 4% above 2023, while imports reached 633,000 tonnes and exports 380,000 tonnes. These volumes support demand for higher-throughput, repeatable handling systems across vessels and processing facilities.
Fish-welfare engineering is becoming equally important. Scottish Atlantic salmon output rose 27% to 192,000 tonnes in 2024, while smolt production fell 13% to 44.6 million and rainbow-trout production declined 12% to 8,171 tonnes. Equipment development increasingly focuses on stable flow, reduced mechanical stress and lower energy consumption; MMC First Process introduced its AQU Green Circ wellboat circulation system in 2025 with Framo pump technology to reduce energy requirements.
The Fish Pumps Market Growth is supported by rising handling intensity across capture fisheries and aquaculture. UK vessels landed 745,000 tonnes worth GBP 1.16 billion in 2024, increases of 4% and 5%, respectively, while Scottish salmon production expanded by 41,051 tonnes, or 27%, to 192,000 tonnes. With 5,232 registered UK fishing vessels and 215 active Scottish salmon sites, operators require faster transfer, grading and processing workflows.
Investment decisions remain sensitive to production volatility and fleet economics. Although salmon production increased 27% in 2024, rainbow-trout output declined 12% to 8,171 tonnes and smolt production dropped 13% to 44.6 million. Meanwhile, 79% of the UK's 5,232 registered vessels are under 10 metres and collectively represent only 4% of landing quantity, limiting the economic case for high-capacity automated systems among smaller operators.
Closed-containment and land-based facilities create opportunities for integrated pumping and fish-logistics systems. In 2025, MMC First Process secured a fish-handling contract for Salmon Evolution's land-based development and another logistics contract supporting a facility designed for 36,000 tonnes of annual salmon production. Such projects combine pumps with water circulation, internal transport and welfare controls, expanding equipment content per production site.
Equipment suppliers must accommodate fish ranging from juveniles to harvest-weight salmon while controlling stress, water quality and power consumption. Scottish salmon mean harvest weights reached 5.3 kg for grilse and 5.9 kg for year-2 salmon in 2024; production reached 192,000 tonnes even as direct salmon employment declined 8% to 1,362 people. This combination increases pressure for automation without compromising welfare.
| Report Metric | Details |
|---|---|
| Market Size in 2025 | USD 7.06 Million |
| Market Size in 2026 | USD 7.57 Million |
| Market Size in 2034 | USD 13.16 Million |
| CAGR | 7.23% (2026-2034) |
| Base Year for Estimation | 2025 |
| Historical Data | 2022-2024 |
| Forecast Period | 2026-2034 |
| Report Coverage | Revenue Forecast, Competitive Landscape, Supply Chain Disruption, Growth Factors, Environment & Regulatory Landscape and Trends |
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The Fish Pumps Market is segmented by product type, capacity, fish type, operation mode, application, end use and distribution channel. Quantified input data establish 35.5% dominance for centrifugal pumps and 43.8% dominance for below-1,000-kg/hr capacity in 2026.
Centrifugal pumps lead at USD 2.69 million in 2026 and reach USD 4.50 million by 2034 at 6.65% CAGR. Their calculated 2026 contribution is 35.5%, compared with 21.1% for vacuum pumps and 15.1% for water jet pumps.
Impeller pumps are the fastest-growing product category at 7.56% CAGR, increasing from USD 1.00 million in 2026 to USD 1.79 million in 2034. Vacuum pumps follow closely at 7.51%, while water jet pumps advance at 7.44%.
Below 1,000 kg/hr systems lead at USD 3.32 million in 2026 and USD 5.95 million by 2034, representing 43.8% of the 2026 capacity-based total and a 7.56% CAGR.
The same below-1,000-kg/hr category is the fastest growing at 7.56%. By comparison, 5,000-10,000 kg/hr equipment records 7.44%, above-10,000 kg/hr systems 7.27%, and 1,000-5,000 kg/hr systems 6.65%.
Small, medium and large fish form the three categories. Numerical market values and CAGRs for these subsegments were not supplied; consequently, no unsupported largest-segment value is assigned.
Transfer requirements nevertheless vary materially with fish weight and diameter, making pump geometry and flow control central to equipment selection. The dataset does not provide a defensible fastest-growing fish-type CAGR.
Manual, semi-automatic and fully automatic systems comprise this segmentation. The supplied numerical tables do not allocate USD values or CAGRs across these three modes.
Automation is increasingly relevant where pumping integrates counting, grading and transfer, but assigning a percentage or CAGR to fully automatic equipment would require data outside the mandatory dataset.
Applications comprise aquaculture, fishing vessels, processing plants and live-fish transport systems. No application-level USD values or CAGRs were provided.
Operationally, aquaculture and live-fish transport require welfare-oriented transfer, while processing plants emphasize throughput and sanitation. Numerical ranking among the four applications is therefore left undisclosed.
Commercial fisheries, aquaculture operators, seafood processors, and research institutes and hatcheries represent the end-use structure. The input contains no separate market values or CAGRs for these categories.
Accordingly, neither a largest end-use value nor a fastest-growing end-use CAGR is fabricated; purchasing requirements instead vary with throughput, fish size, automation and operating environment.
Direct sales, distributors/dealers, online retailers and system integrators form the channel structure. No channel-specific revenue, percentage or CAGR data were supplied.
Complex installations typically require engineering and integration support, whereas smaller pumps can use dealer-led routes; however, numerical channel rankings cannot be established from the mandatory tables.
Scotland is the strongest production centre underpinning the Fish Pumps Market Share opportunity: its 192,000 tonnes of Atlantic salmon production in 2024 represented a 27% annual increase, across 11 producing companies and 215 active sites. Rainbow trout added 8,171 tonnes. These production indicators support intensive aquaculture transfer requirements, although a separate Scotland fish-pump revenue percentage was not supplied.
England, Wales and Northern Ireland contribute through fishing, aquaculture, processing and port activity. Across the UK, 5,232 registered vessels generated 745,000 tonnes of landings worth GBP 1.16 billion; 4,140 vessels, or 79%, were under 10 metres. Constituent-country fish-pump percentages cannot be derived from the supplied product and capacity tables without introducing unsupported assumptions.
A company-specific UK revenue percentage is not publicly disclosed and was not included in the supplied dataset; assigning a numerical company share would therefore be unsupported. Its positioning is strengthened by integrated live-fish logistics, wellboat and land-based systems. During 2025, the company secured a fish-handling contract for Salmon Evolution and a logistics contract associated with a 36,000-tonne annual-capacity salmon facility. Its AQU Green Circ system also demonstrates a shift toward lower-energy circulation using Framo submersible-pump technology, combining pumping, water management and fish-welfare engineering rather than competing solely on standalone pump hardware.
A verified UK-specific percentage share is likewise not disclosed in the supplied numerical dataset or identified public evidence. VAKI is positioned around fish handling, pumping, counting and grading, supporting hatcheries and grow-out operations requiring controlled movement across different fish sizes. Industry users report deployment of VAKI pumping and grading equipment alongside other specialist manufacturers, highlighting its established presence in aquaculture transfer workflows. Company-share percentages are therefore treated as undisclosed rather than estimated, preserving the integrity of the 2025 base year and 2026-2034 forecast framework.
The analysis uses 2022-2024 as the historical period, 2025 as the base year, 2026 as the current year and 2026-2034 as the forecast horizon. Mandatory product and capacity figures supplied with the study were retained without alteration; calculated contributions use segment value divided by the corresponding supplied total. The product-type view records USD 7.57 million in 2026 and USD 13.16 million in 2034, while the separately supplied capacity view records USD 7.58 million and USD 13.28 million; both retain the stated 7.23% CAGR rather than being artificially reconciled. External government and company sources were used only for operating volumes, competitive context and developments, while unavailable regional, company and unsupported segmentation percentages were not fabricated.
Senior Market Research Analyst | 8 Years Experience | Precision Agriculture and AgriTech Platforms
Henry Smith is a market research analyst with 7–9 years of experience specializing in agriculture markets. Contributed to 70+ research reports for global clients. Expertise includes market sizing, forecasting, competitive analysis, and trend evaluation across key regions.