Question 1

What is NS 9415 and why does it matter for Norwegian aquaculture equipment?

Accepted Answer

NS 9415 is the Norwegian standard for marine fish farm installations. It covers dimensioning, certification, installation and documentation of sea cages, nets and moorings. For buyers, it means every cage and mooring system must be matched to a site-specific load class and supplied with product certificates and as-built documentation — otherwise the installation cannot be legally approved.

Question 2

Which equipment categories must be NS 9415 certified in Norway?

Accepted Answer

Cages, nets, moorings, anchors, chains, ropes, buoys, feed barges and floating structures must be dimensioned and certified under NS 9415 for the specific site load class. Delousing, handling and wellboat equipment must also be documented, but their welfare and safety evidence is governed by Mattilsynet and EEA machinery rules rather than NS 9415 itself.

Question 3

What does Mattilsynet require from aquaculture equipment in Norway?

Accepted Answer

Mattilsynet, the Norwegian Food Safety Authority, sets requirements for fish health, welfare and biosecurity. Equipment for handling, transport, delousing and slaughter must be designed to minimize stress, injury and mortality, and must be supported by welfare documentation and operational procedures. This affects the specification of pumps, crowding systems, delousers and wellboat water treatment.

Question 4

How do NS 9415 load classes affect cage specifications?

Accepted Answer

NS 9415 classifies sites from sheltered (A) to highly exposed (F+) based on measured current, wave height and wind. The load class determines the collar circumference, net depth, netting strength, mooring layout and safety factors that must be quoted. A supplier must state the certified load class for every cage and net component, and a site-specific mooring analysis must back it up.

Question 5

What is the difference between NS 9415 product certificate and system certificate?

Accepted Answer

A product certificate confirms that an individual component — a collar, net, anchor, chain or rope — meets NS 9415 for a given load class. A system certificate confirms that the assembled cage, net and mooring system is correctly dimensioned and documented for the specific site. Buyers need both, plus the site-specific mooring analysis, to satisfy Norwegian authorities.

Question 6

Do RAS and post-smolt facilities need NS 9415 or Mattilsynet approval?

Accepted Answer

Land-based RAS and post-smolt facilities are not covered by NS 9415, which is a marine cage standard. They are governed by local building and environmental permits, the Norwegian Food Safety Authority for fish health and welfare, and EEA machinery and electrical rules. Mattilsynet expectations still shape equipment design, especially for gentle handling, disinfection and biosecurity.

Question 7

What documentation should a Norwegian RFQ require from cage and mooring suppliers?

Accepted Answer

Require: the site survey, site-specific mooring analysis, NS 9415 product certificates for all components, system certificate for the assembled installation, net test reports, escape-prevention design, feed-barge stability and mooring interface, CE declarations for machinery, electrical installation certificates, and the as-built dossier with inspection intervals.

Question 8

How does Mattilsynet influence delousing and wellboat equipment selection?

Accepted Answer

Mattilsynet welfare rules require that delousing and transport systems minimize stress, crowding time and injury. This means mechanical delousers, freshwater and thermal treatments, wellboat pumping and transfer systems must be sized for the fish size and density, and suppliers must provide throughput and mortality-risk data. Closed wellboat transport with treated water is often required for disease-area movements.

Question 9

Can non-Norwegian suppliers meet NS 9415 and Mattilsynet requirements?

Accepted Answer

Yes, but they must either hold NS 9415 product certificates for the components they sell, partner with a Norwegian body that performs the site-specific analysis and certification, or deliver machinery that can be integrated into a certified system by a Norwegian installer. FishMatch runs Nordic and international suppliers in the same RFQ and checks that each bid includes the required documentation chain.

Question 10

Who is responsible for NS 9415 compliance — the buyer or the supplier?

Accepted Answer

Compliance is shared. The buyer typically commissions the site survey because it belongs to the licence. The supplier is responsible for product certificates and often the site-specific mooring analysis. Installation and final inspection must be performed by accredited parties. The RFQ must clearly state which party delivers each deliverable so bids are comparable.

Question 11

What aquaculture equipment is in demand in Norway?

Accepted Answer

Two segments dominate. In the sea: cages, moorings, nets, feed barges, delousing systems, cameras and biomass sensors, all specified to NS 9415 and exposed-site conditions. On land: large post-smolt RAS packages — drum filters, MBBR biofilters, degassers, CO₂ stripping, oxygen cones and full redundancy — plus cleaner-fish hatchery equipment supporting sea-lice management.

Question 12

What certification does aquaculture equipment need in Norway?

Accepted Answer

Marine fish farm installations — cages, nets and moorings — must comply with NS 9415, with site-specific analysis documented. Machinery placed in the EEA needs CE marking with a declaration of conformity and technical file. Electrical installations must meet Norwegian and EEA rules, and fish-health and welfare requirements from Mattilsynet shape handling, transport and delousing equipment design.

Question 13

What NS 9415 load class and technical specs should a Norwegian cage system be quoted for?

Accepted Answer

NS 9415 uses load classes based on measured site current, wave height and exposure. A typical Norwegian salmon site sits in load class B–F+, with collar circumference of 90–160 m, net depth of 12–25 m, and mooring systems designed to site-specific safety factors. Ask suppliers to state the certified load class for the collar and net, the breaking strength of the netting and ropes, the anchor and chain specification, and whether the mooring analysis is included or priced separately. Without this, a cage price is not comparable across bids.

Question 14

How cold-water conditions change RAS equipment selection in Norway?

Accepted Answer

Nordic post-smolt RAS must be sized for 12–16 °C design water and the higher oxygen solubility and slower nitrification kinetics that come with it. Heat pumps and heat recovery become a major OPEX line, materials may shift to coated or polymer components where brackish water is used, and biofilter maturation plans must account for a slower bacterial ramp. Cold-water duty also raises redundancy requirements: N+1 on pumps and blowers, independent life-support alarms, and emergency oxygen with 24–48 hour on-site response are standard.

Question 15

How long are equipment lead times for Norwegian projects?

Accepted Answer

Indicatively: cages and nets 8–20 weeks, mooring systems 10–24 weeks, RAS process equipment 16–40 weeks for engineered post-smolt packages, and feed barges 9–18 months. Sensors and monitoring are shorter at 4–12 weeks. Long-lead items should be released before the rest of the design is frozen.

Question 16

Which ports serve Norwegian aquaculture projects?

Accepted Answer

Oslo is the main container gateway; Bergen and Ågotnes serve the west-coast farming cluster; Trondheim serves Trøndelag; Bodø and Tromsø serve the north. Much European-built equipment arrives by road from the continent instead, which is often faster and simpler than sea freight.

Question 17

Should I buy from Norwegian or international suppliers?

Accepted Answer

It depends on the package. Norwegian and Nordic suppliers bring NS 9415 experience, local service and documentation in the right language, which matters most for cages, moorings and marine systems. International suppliers are often competitive on RAS process components and general machinery. We run both routes in the same RFQ so the comparison is on identical scope.

Question 18

Do you represent equipment manufacturers in Norway?

Accepted Answer

No. FishMatch Group is an independent sourcing platform. We prepare your specification, run a confidential RFQ to project-matched suppliers serving Norway, and return comparable quotations. Buyers pay nothing and supplier identities stay confidential until you choose to engage.

Question 19

How much does salmon farming equipment cost in Norway?

Accepted Answer

As planning indications only: a complete NS 9415-certified sea-cage unit with net, mooring and handling typically runs USD 250,000–900,000 per cage depending on circumference, exposure class and site analysis; feed barges range from roughly USD 2–8 million by capacity and automation level; post-smolt RAS packages commonly land at USD 18,000–28,000 per ton of annual capacity before civil works. Norwegian installation labour, commissioning and third-party verification are a significant additional share of delivered cost, so always compare quotes on landed and installed scope, not ex-works price.

Question 20

What does NS 9415 mean for buying cages and moorings in Norway?

Accepted Answer

NS 9415 is the Norwegian standard for marine fish farm installations. In practice it means every cage, net and mooring must be dimensioned against a site-specific current, wave and depth analysis, supplied with certification and product documentation, and installed and inspected by accredited parties. When you request quotes, require the supplier to state which components are NS 9415 certified, who performs the site analysis, and what documentation is handed over at delivery — otherwise price comparisons are meaningless.

Question 21

Why are Norwegian producers investing in post-smolt RAS?

Accepted Answer

Producing smolt to 100–1,000 g on land shortens sea time, which lowers exposure to sea lice, reduces mortality and improves harvest predictability under the Traffic Light System capacity regime. That drives sustained demand for large drum filters, MBBR biofilters, degassers, CO₂ stripping, oxygen cones, redundant pumping and heat recovery — engineered-to-order packages with 16–40 week lead times that should be released early in the project schedule.

Question 22

How does the Traffic Light System affect equipment decisions?

Accepted Answer

Production capacity in each of Norway's 13 production zones can be increased, frozen or cut based on sea-lice impact on wild salmon. Because capacity is tied to biological performance, equipment that reduces lice pressure — shielding skirts, submerged and semi-closed containment, freshwater and thermal delousing, lice counters and cameras — is treated as a capacity investment rather than a running cost, and is scored accordingly in supplier evaluations.

Question 23

Which delousing and fish-welfare equipment is used in Norway?

Accepted Answer

The main routes are non-medicinal: freshwater treatment systems, thermal and mechanical delousers on wellboats or barges, lice-skirt and snorkel cage designs, submerged feeding, and optical lice-counting with camera systems. Mattilsynet welfare rules govern handling stress, crowding and transport, so specifications must include documented welfare performance and gentle-handling design, not just throughput.

Question 24

What should a wellboat system specification include in Norway?

Accepted Answer

Specify the transport mode first — closed transport with water treatment is normally required in and out of areas with disease restrictions, so the package must include UV or filtration disinfection of intake and discharge water with documented log reduction. Then fix the process duty: RSW chilling capacity, oxygenation and CO₂ degassing at the planned biomass density, fish pump capacity in tonnes per hour at your average weight, counters, and gentle-handling transfer to limit scale loss. Add any onboard delousing module (freshwater or thermal) as a separate priced line with tested throughput and welfare data. Require Mattilsynet transport approval evidence, references from Norwegian voyages, and a Norway-based service and spares commitment in the quotation.

Question 25

Is financing available for Norwegian aquaculture projects?

Accepted Answer

Eligible Norwegian and Nordic projects may be introduced to independent third-party equipment-finance, leasing and project-finance providers — FishMatch Group is not a lender and approval rests with the provider — typically for post-smolt RAS halls, feed barges, vessels and processing upgrades. Lenders will want a bankable specification, EPC or supply contracts, site permits and licence documentation — we can align the RFQ output to what financing partners ask for.

Question 26

What documents make up an NS 9415 compliance package?

Accepted Answer

Nine deliverables, in order: the site survey (lokalitetsundersøkelse) with design current and wave data; the site-specific mooring analysis; product certificates for anchors, chain, shackles, ropes and buoys; collar and net-cage product certificates for the site load class; net test reports and the escape-prevention design; feed-barge stability and mooring interface approval; CE declarations of conformity for machinery; Norwegian electrical installation certificates; and the as-built dossier with inspection intervals. Attach that list to the RFQ so every supplier prices the same documentation scope.

Question 27

Who pays for the NS 9415 site survey and mooring analysis?

Accepted Answer

In most Norwegian projects the operator commissions the site survey from an accredited body, because it belongs to the licence site rather than to any one supplier. The mooring analysis is normally priced by the mooring or cage supplier against that survey. Say clearly in the RFQ which side carries each item — otherwise one bidder includes the analysis, another excludes it, and the two prices are not comparable.

Question 28

How long does NS 9415 certification and documentation take?

Accepted Answer

Allow roughly 4–8 weeks for the site survey depending on the measurement season and weather, 3–6 weeks for the mooring analysis once survey data is in hand, and product and system certificates issued alongside manufacturing. As-built documentation and accredited installation inspection close after deployment. Start the survey before you freeze the cage specification: the design current and wave height set the load class and therefore the equipment you can buy.

Question 29

What does a post-smolt RAS cost per kilo of capacity in Norway?

Accepted Answer

As planning indications only, greenfield post-smolt RAS in Norway commonly lands around NOK 200–350 per kg of annual capacity for the complete facility including civil works, with the process equipment package itself typically USD 18,000–28,000 per ton of annual capacity ex-works. Norwegian construction, installation and commissioning labour is a large share of the difference, so always compare quotes on landed and installed scope rather than ex-works price.

Question 30

What are typical energy and oxygen figures for Norwegian post-smolt RAS?

Accepted Answer

Planning benchmarks: roughly 3–6 kWh per kg produced for a well-designed post-smolt facility including pumping, blowers, oxygenation and heating, and around 0.6–1.0 kg of liquid oxygen per kg of feed depending on density and degassing efficiency. Design density is usually 60–80 kg/m³ in post-smolt tanks. Ask each RAS bidder to state the kWh/kg and O₂/kg their guarantee is based on — those two numbers drive OPEX more than the equipment price.

Question 31

How do I compare Norwegian RAS quotes on equal terms?

Accepted Answer

Fix the boundary before you send the RFQ: production capacity and target smolt size, tank volume and density, water exchange and make-up rate, guaranteed kWh/kg and oxygen consumption, redundancy level, control system scope, commissioning and biological start-up support, spare-parts kit, and the documentation package. Suppliers that exclude degassing, backup oxygen or commissioning always look cheaper on paper; a fixed scope sheet removes that gap.

Question 32

What warranty and service response should Norwegian buyers require?

Accepted Answer

Ask for 12–24 months on process equipment, a named Norwegian or Nordic service partner, a defined response time for critical failures — commonly 24–48 hours on site for RAS life-support — and a stocked spare-parts list for pumps, blowers, oxygen and control components. Service presence and spares stock in-country routinely outweigh unit price in Norwegian supplier evaluations, because downtime in a post-smolt hall is measured in biomass, not hours.

Question 33

How do I get supplier quotes for a Norwegian aquaculture project?

Accepted Answer

Submit one brief describing species, system type, target capacity, site location and target commissioning date. We prepare a comparable specification, run a confidential RFQ to manufacturers and distributors serving Norway — Nordic and international in the same round — and return matched quotations on identical scope once suppliers respond for standard packages. Buyers pay nothing and supplier identities remain confidential until you decide to engage.

Question 34

Who are the aquaculture equipment distributors and dealers serving Norway?

Accepted Answer

Distributors and dealers active in Norway are usually regional agents for international manufacturers of aeration, pumping, feeding, filtration and monitoring equipment. FishMatch Group researches those companies from public information, then approaches the ones whose product range and service coverage match your project. We are not a distributor ourselves and do not sell equipment.

Question 35

Where can I buy fish farming and shrimp farming equipment for a project in Norway?

Accepted Answer

Commercial buyers in Norway normally buy directly from manufacturers or from their regional distributors rather than from retail outlets. You send one brief describing species, capacity and site conditions; we prepare a technical RFQ and run a confidential round with manufacturers, exporters and distributors that already ship to Europe.

Question 36

Do you work with aquaculture and fisheries equipment manufacturers and wholesalers?

Accepted Answer

Yes. Requests are put to manufacturers, wholesalers, exporters and turnkey contractors, selected by capability for your system type rather than by any commercial relationship. Quotes come back in a comparable format with scope, lead time and delivered cost to Norway stated the same way.

Question 37

How do I find aquaculture equipment suppliers in Norway?

Accepted Answer

Submit one sourcing brief with your species, system and capacity. FishMatch Group matches it against manufacturers, exporters and distributors already serving Norway and Europe, then returns comparable quotes — you never have to contact suppliers one by one.

Question 38

How much does aquaculture equipment cost in Norway?

Accepted Answer

Cost depends on system type and scale rather than location: small pond or cage setups typically start in the tens of thousands of USD, while commercial RAS and turnkey farms run from several hundred thousand to multi-million USD. Landed cost in Norway also includes freight, duties, installation and commissioning — all of which are itemised in the quotes you receive.

Question 39

What is the typical lead time for delivery to Norway?

Accepted Answer

Stock items and small equipment usually ship in 2–6 weeks. Engineered RAS, hatchery and processing lines are typically 8–20 weeks from order confirmation, plus 3–6 weeks of sea freight and customs clearance into Norway.

Question 40

Do suppliers ship and install equipment in Norway?

Accepted Answer

Yes. The manufacturers we work with export regularly to Europe and quote door-to-door where required, covering sea or air freight, customs documentation, on-site installation, commissioning and operator training in Norway.

Question 41

How are suppliers serving Norway verified?

Accepted Answer

We check company registration, export history into Europe, reference projects of comparable scale, certifications and after-sales capability before a supplier is matched to a Norway project. Supplier identities stay confidential until you decide to proceed.

Question 42

Is there a minimum order size for buyers in Norway?

Accepted Answer

There is no fixed minimum, but sourcing works best for projects above roughly USD 25,000. Smaller orders are usually matched with regional distributors serving Norway rather than factory-direct manufacturers.

Question 43

Can aquaculture projects in Norway be financed?

Accepted Answer

Qualified projects in Norway may be eligible for equipment leasing, export credit, working capital or structured project finance from USD 250,000 upwards through our international financing partners. Financing is reviewed confidentially alongside your equipment quotes.

Question 44

Are spare parts and after-sales support available in Norway?

Accepted Answer

We prioritise suppliers with regional service coverage or a distributor presence in Europe, and spare-parts availability, warranty terms and remote support are compared as part of every quote package for Norway.

Question 45

What does it cost to use FishMatch Group in Norway?

Accepted Answer

Nothing. Buyers in Norway pay no fee for sourcing, quote comparison or financing introductions — suppliers cover the fee only when a qualified opportunity is delivered.

Question 46

How fast will I receive quotes for my Norway project?

Accepted Answer

Most complete briefs receive 2–3 matched supplier quotes once suppliers respond. Complex turnkey or RAS projects in Norway may take 5–10 working days because they require engineered scopes and layout drawings.

Question 47

Which aquaculture systems can be sourced for Norway?

Accepted Answer

RAS and post-smolt systems, sea and lake cages, lined and earthen ponds, biofloc and shrimp systems, hatchery and nursery lines, feed handling, aeration and oxygenation, water treatment, cold chain and processing equipment are all sourced for projects in Norway and across Europe.

Question 48

Do I have to contact suppliers in Norway myself?

Accepted Answer

No. You submit a single brief and we run the outreach, technical clarification and price negotiation with matched manufacturers on your behalf. Supplier identities stay confidential until you decide which quote to progress for your Norway project.

Question 49

Can I get a turnkey EPC quote for a farm in Norway?

Accepted Answer

Yes. Turnkey scopes covering process design, civil interface, equipment supply, installation, commissioning and operator training are quoted by EPC partners with delivery experience in Europe, so the Norway package arrives as one comparable price rather than a dozen separate line items.

Question 50

What documents do I need before requesting quotes for Norway?

Accepted Answer

Species, target annual tonnage, site water source and quality, available land or sea area, power availability and a target start date are enough to begin. Site drawings, permits and water analyses for Norway sharpen the engineered scope but are not required for the first round of quotes.

Question 51

Do you support permitting and compliance requirements in Norway?

Accepted Answer

We match suppliers whose equipment, certification and documentation meet the standards enforced in Norway and Europe, and quotes include the technical files, CE or equivalent conformity documents and effluent or biosecurity specifications your permitting process is likely to request.

Question 52

How do I compare quotes from different suppliers serving Norway?

Accepted Answer

Every quote is returned in a comparable format: equipment scope, capacity assumptions, energy and labour requirements, Incoterm and freight to Norway, installation, warranty, spare parts and payment terms — so you compare total delivered cost of ownership instead of headline equipment price.

Species	Systems	Sourcing notes
Atlantic salmon — grow-out	NS 9415 sea cages, heavy moorings, feed barges, sensor and camera systems	Circular plastic and steel collars (90–160 m), site-specific mooring to load classes B–F+, net handling, delousing, biomass cameras and lice counters. NS 9415 certification and a documented site-specific mooring analysis are mandatory. Offshore and exposed licences are driving heavier grid moorings and semi-closed containment systems.
Atlantic salmon — smolt & post-smolt	Land-based RAS with full redundancy	Fastest-growing capital segment: large RAS halls producing 100–1,000 g post-smolt to shorten sea time under the Traffic Light System. Buyers specify drum filters (40–100 µm), MBBR biofilters, CO₂ stripping, oxygen cones or low-head oxygenators, heat recovery, N+1 pumping and 24–48 hour emergency oxygen response. Design density is typically 60–80 kg/m³ and energy target 3.5–6.0 kWh/kg produced.
Rainbow trout	Sea cages and freshwater flow-through	Smaller but established segment, especially in fjord and lake sites. Equipment set is similar to salmon at lower scale: cages and nets, aeration/oxygenation, feeding systems and handling equipment, with NS 9415 and Mattilsynet welfare requirements applied proportionally.
Cleaner fish (lumpfish, wrasse)	Land-based hatchery / small-tank RAS	Specialist hatchery, live-feed, rotifer and small-tank RAS equipment supporting sea-lice management. Buyers prioritize biosecurity, disinfection routines and references from cleaner-fish hatcheries rather than generic RAS.
Cod (emerging restocking)	Hatchery and sea-cage trials	Niche but re-emerging: land-based juvenile production and trial sea-cage sites need robust RAS weaning systems, predator-proof nets and cold-water handling systems.
Shellfish / other marine species	Long-line, rope and bottom culture	Minor in Norway compared to salmonids, but scallop and blue mussel culture needs specialized long-line, raft, spat collection and depuration equipment.

Cost item	Indicative benchmark	What drives it
Total delivered project CAPEX	NOK 220–380 per kg annual capacity (≈ USD 20–35/kg)	Turnkey, including building, process equipment, water intake/discharge and commissioning. Below NOK 200/kg usually means scope has been left out.
RAS process equipment only	NOK 90–160 per kg annual capacity (≈ USD 8–15/kg)	Drum filters, MBBR/moving-bed biofilters, degassers, CO₂ stripping, oxygen cones, pumps, UV/ozone, instrumentation and control.
Building and civil works	35–50% of total CAPEX	Norwegian construction cost, insulation, rock excavation and concrete tanks dominate; site geology moves this line more than equipment choice.
Tank volume required	≈ 1 m³ per 55–70 kg standing biomass	Post-smolt density is commonly designed at 55–70 kg/m³; higher densities raise oxygen, degassing and redundancy cost disproportionately.
Electricity consumption	3.5–6.0 kWh per kg produced	Pumping, oxygenation, degassing and heating. Heat recovery and low-head pumping are the two biggest levers at Norwegian power prices.
Liquid oxygen	0.5–0.9 kg O₂ per kg feed	Compare liquid oxygen supply against on-site generation once consumption passes roughly 300–400 tonnes per year.
Make-up water	150–400 litres per kg produced	Depends on nitrate strategy and whether the facility runs freshwater or brackish; discharge permit conditions set the floor.
Total production cost (post-smolt)	NOK 22–38 per kg of post-smolt produced	Feed, energy, oxygen, labour, maintenance and smolt input, excluding capital cost and financing.
Long-lead engineered items	16–40 weeks	Filters, biofilter media, oxygen systems and switchgear should be released before the building contract is finalised.

Aquaculture equipment distributors in Norway.

Which aquaculture equipment suppliers meet Norway's NS 9415 and fish-welfare standards?

Aquaculture in Norway: what buyers are sourcing.

Species focus and the systems buyers specify

What is driving equipment demand

What salmon farming equipment must satisfy in Norway

NS 9415 compliance checklist for Norwegian sea-cage equipment

1. Site survey (lokalitetsundersøkelse)

2. Mooring analysis and mooring certificate

3. Cage collar and net-cage product certificate

4. Netting, ropes and escape prevention

5. Feed barge and floating structures

6. Machinery and CE conformity

7. Electrical and wet-area installation

8. Fish welfare and handling equipment

9. Installation, inspection and as-built dossier

10. Service response and spares in Norway

Norway compliance FAQ

What is NS 9415 and why does it matter for Norwegian aquaculture equipment?

Which equipment categories must be NS 9415 certified in Norway?

What does Mattilsynet require from aquaculture equipment in Norway?

How do NS 9415 load classes affect cage specifications?

What is the difference between NS 9415 product certificate and system certificate?

Do RAS and post-smolt facilities need NS 9415 or Mattilsynet approval?

What documentation should a Norwegian RFQ require from cage and mooring suppliers?

How does Mattilsynet influence delousing and wellboat equipment selection?

Can non-Norwegian suppliers meet NS 9415 and Mattilsynet requirements?

Who is responsible for NS 9415 compliance — the buyer or the supplier?

Post-smolt RAS cost benchmarks in Norway

How to start a fish or shrimp farm in Norway

1. Secure the licence and site (Akvakulturtillatelse)

2. Commission the site survey (lokalitetsundersøkelse)

3. Fix the technical scope and load class

4. Run one RFQ on identical scope

5. Line up financing against the bankable spec

6. Plan installation around weather and vessels

7. Commission, verify and take over the documentation

Getting equipment into Norway

Oslo

Bergen / Ågotnes

Trondheim

Bodø / Tromsø

Road from EU

Where Norwegian aquaculture equipment is needed

Troms & Finnmark

Trøndelag

Vestland (Bergen / Ågotnes)

Rogaland & Agder

Oslofjord / Eastern Norway

Verified equipment categories we source for Norway

Sea cages, nets and moorings

Post-smolt and smolt RAS packages

Water treatment and filtration

Oxygenation and aeration

Feed barges and feeding systems

Delousing and fish welfare handling

Wellboat systems and live-fish handling

Monitoring, sensors and biomass systems

Processing, grading and cold chain

Hatchery and cleaner-fish equipment

Indicative delivery lead times

What buyers in Norway must document

What moves the delivered cost in Norway

Planning calculators for a project in Norway

Recent sourcing briefs from Norway

Post-smolt RAS expansion to 600 g

Feed barge replacement with NS 9415 documentation

Non-medicinal delousing package

Sourcing equipment in Norway — how it works.

1. You submit the project request

2. FishMatch reviews and prepares the brief

3. FishMatch searches for suitable suppliers

4. David continues the process with you

Equipment we source in Norway

Post-smolt & smolt RAS equipment sourcing

Need financing for your project in Norway?

Fish farm project details

Tell suppliers what they need to quote accurately

FAQ — Aquaculture equipment in Norway

What aquaculture equipment is in demand in Norway?