Major Equipment OEM & LTSA · Australia (Perth)

Reduce Overfill Risk by Tightening Level-Instrument Specs and Supplier Terms

Published May 16, 2026, 6:08 AM AWSTAPACFull category signal
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Ensuring reliable level measurement in tanks with internal obstructions

In 60 seconds

Top move

Incorrect radar echoes in obstructed tanks create real overfill, spill and downtime risk — require spec and installation checks for non‑contact radar before accepting instrument quotes

Key takeaways

  • Incorrect radar echoes in obstructed tanks create real overfill, spill and downtime risk — require spec and installation checks for non‑contact radar before accepting instrument quotes.[1]
  • Recent local consolidation of a specialist instrumentation supplier tightens commercial leverage: expect continuity of service but also fewer independent bidders for specialised sensors and integration work.[2]
  • NSW’s plan to fast-track priority renewable projects increases near‑term demand for grid connection, storage and electrical balance‑of‑plant works; this can shift timelines and supplier capacity relevant to electrification programs.[3]
  • FMCW non‑contacting radar is often the preferred technology, but obstructions still cause false echoes and interventions that are operationally disruptive and costly — only invest in heavy mitigation when problems are recurring or critical.[1]
  • The Measurement Solutions acquisition promises integrated instrumentation and support under Bestech while keeping the brand — monitor how service terms and spare‑parts channels change through supplier communications.[2]

What changed since last run

  • New operational alert: tank level measurement issues (false radar echoes) surfaced as a priority for instrumentation spec review; previous brief focused on rupture discs and calibration.
  • Supplier landscape change: Measurement Solutions joined Bestech, creating a more concentrated supplier for specialised sensors and integration services.
  • Policy update: NSW announced a renewable-project fast-track law that could raise demand for electrical infrastructure and contractor capacity in the region.

Key facts

  • FMCW non‑contacting radar highlighted as preferred technology
  • Obstructions cause multiple echoes requiring antenna and echo‑filter strategies
  • Mitigations (repositioning or additional sensors) are operationally disruptive
  • Acquisition brings specialised process instrumentation into a larger group
  • Brand continuity retained but service and supply channels will be integrated
  • Acquisition positioned to close a capability gap in specialised sensor selection and integration

Why it matters

Incorrect radar echoes in obstructed tanks create real overfill, spill and downtime risk — require spec and installation checks for non‑contact radar before accepting instrument quotes. Recent local consolidation of a specialist instrumentation supplier tightens commercial leverage: expect continuity of service but also fewer independent bidders for specialised sensors and integration work. NSW’s plan to fast-track priority renewable projects increases near‑term demand for grid connection, storage and electrical balance‑of‑plant works; this can shift timelines and supplier capacity relevant to electrification programs. FMCW non‑contacting radar is often the preferred technology, but obstructions still cause false echoes and interventions that are operationally disruptive and costly — only invest in heavy mitigation when problems are recurring or critical

Cost / money

  • False echoes that cause overfill or underfill can lead to cleanup costs and production interruptions — accepting generic radar specs increases OPEX exposure tied to field interventions.[1]
  • Supplier consolidation may reduce bidding competition for specialised instrumentation, eroding buyer pricing leverage on service rates and spare parts pricing.[2]

Supplier / commercial

  • Integrated service from an acquisitive group can simplify single‑vendor accountability for selection, configuration and spare support, but may also embed preferred components and limit alternate sourcing.[2]
  • When non‑contacting radar struggles in obstructed tanks, buyers typically require onsite support, custom antenna placement or additional sensors — these scope changes drive mobilisation and execution cost implications.[1]
  • NSW project prioritisation increases procurement pipeline volume for electrical and EPC contractors; larger projects may prioritise known suppliers, raising competition for skilled installers and long‑lead components.[3]

Safety / operations

  • Level misreads risk overfill and dry‑running pumps; correct sensor selection, positioning and echo‑filter configuration are operational controls that reduce safety incidents and unplanned downtime.[1][2]
  • Faster renewable project approvals can change site work profiles and electrical load patterns — operations teams must validate integration and safety checks for grid connections and storage equipment.[3]

What to watch

  • Watch for supplier quote language that excludes custom antenna work, repeat visits, or restricts warranty on performance in obstructed vessels — these commercial carve‑outs shift risk back to the buyer.[1][2]

Top stories

Story 1Processonline

Ensuring reliable level measurement in tanks with internal obstructions

Signal strongSource-grounded

What happened

Non‑contacting radar level transmitters remain a preferred solution for many tanks but perform poorly when internal obstructions create multiple false echoes. The article explains that antenna positioning and echo discrimination matter; when echoes are ambiguous, interventions such as repositioning, added sensors or bespoke antennae are necessary and can be disruptive and costly. Watch whether buyers start requiring installation evidence and acceptance testing from vendors

Buyer takeaway

Treat obstructed‑tank radar installs as a scoped engineering deliverable rather than an off‑the‑shelf device buy: require proof of placement and acceptance tests

Cost / money

Accepting generic radar specs risks repeat site visits and cleanup or downtime costs; plan for mobilisation and potential retrofit spend

Supplier / commercial

Vendors may quote base devices cheaply but exclude installation engineering and repeat calibrations — insist these items are priced and contracted up front

Safety / operations

Misreads can cause overfill, spills or pump damage; specifying FAT/SAT and installation responsibilities reduces safety and uptime risk

What to watch

Limited relevance for perfectly unobstructed tanks but high relevance where internal structures are present; watch for warranty carve‑outs on obstructed vessels

Key facts

  • FMCW non‑contacting radar highlighted as preferred technology
  • Obstructions cause multiple echoes requiring antenna and echo‑filter strategies
  • Mitigations (repositioning or additional sensors) are operationally disruptive

Source excerpts

This makes effective discrimination between true and false echoes a critical requirement for reliable non-contacting radar level measurement. Figure 2: Internal equipment can make it challenging for a non-contacting radar level transmitter to differentiate the true surface echo from false echoes coming from obstructions
Figure 2: Internal equipment can make it challenging for a non-contacting radar level transmitter to differentiate the true surface echo from false echoes coming from obstructions. Strategies for mitigating false echoes While tanks containing internal structures present clear challenges for non-contacting radar level transmitters, a number of strategies can help to reduce or eliminate the impact of false echoes
When combined, these factors can make accurate and reliable level measurement in obstructed tanks one of the most difficult applications for non-contacting radar technology
Story 2Processonline

Measurement Solutions joins the Bestech Group: a significant step into the process industries

Signal moderateDirectional

What happened

Measurement Solutions has been acquired by Bestech Group and will operate under its existing brand while gaining integrated group capabilities. This consolidation changes the local supplier map for specialised instrumentation and integration services and can affect pricing, spare channels and negotiation dynamics. Watch supplier communications for changes to service terms and parts channels

Buyer takeaway

Anticipate fewer independent bidders for niche instrumentation; use RFx requirements to preserve competitive options or define sole‑source protections

Cost / money

Consolidation can shift pricing posture; expect negotiation leverage to change once integrated commercial terms are published

Supplier / commercial

Integrated teams may offer broader support and single‑point accountability but could standardise preferred components that limit alternate sourcing

Safety / operations

Brand continuity reduces onboarding friction for maintenance teams, but ensure supply of certified spares and calibration traceability is retained

What to watch

Moderate signal: direct commercial effects depend on how the parent group rewrites supplier contracts and parts channels

Key facts

  • Acquisition brings specialised process instrumentation into a larger group
  • Brand continuity retained but service and supply channels will be integrated
  • Acquisition positioned to close a capability gap in specialised sensor selection and integration

Source excerpts

measurement-solutions
Bestech endorsement Measurement Solutions will continue to operate under its own brand and identity. What changes is the infrastructure behind it
Even minor instrumentation gaps can lead to process inefficiencies, unplanned downtime or compromised safety outcomes
Story 3Processonline

NSW Government to fast‍-‍track renewable energy projects

Signal moderateDirectional

What happened

The NSW Government proposed legislation to fast‑track priority renewable energy projects to accelerate generation, storage and transmission approvals. The policy aims to shorten planning time for priority projects while keeping environmental and community assessments intact, which can create a denser near‑term pipeline for grid and EPC work. Watch for procurement windows opening and contractor capacity tightening in regions where projects are prioritised

Buyer takeaway

Plan for shifting supplier capacity and prioritisation that may affect timelines and availability for electrical balance‑of‑plant and storage work

Cost / money

Increased project pipeline can push up contractor day rates and lead times for electrical equipment and specialist installers

Supplier / commercial

Priority projects may favour established contractors and vendors, reducing opportunities for smaller local suppliers unless contracts protect competition

Safety / operations

Faster project approvals still require full safety and integration checks at commissioning; don’t compress FAT/SAT acceptance to meet new timelines

What to watch

Moderate signal: legislative change needs implementation rules; monitor pipeline announcements to gauge real procurement impact

Key facts

  • New law to prioritise renewable projects in planning pipelines
  • Policy preserves environmental and community assessment requirements
  • Designed to accelerate infrastructure needed for generation, storage and grid movement

Source excerpts

The NSW Government has announced it will introduce a new law to speed up the delivery of key renewable energy projects to power large energy users
The proposed legislation will allow the NSW Energy Minister to identify the highest-priority renewable energy projects in the planning pipeline, and prioritise them for streamlining. Priority energy projects must demonstrate best practice in how they work with landholders and communities, particularly in regional NSW
Developers will still need to meet all relevant planning, environmental and consultation obligations

VP Snapshot

Executive Risk & Action View

Incorrect radar echoes in obstructed tanks create real overfill, spill and downtime risk — require spec and installation checks for non‑contact radar before accepting instrument quotes.

Overall
70
Cost
79
Supply
25
Schedule
20
Compliance
15

Top signals

30-180dcost

Signal 1: Cost / money

False echoes that cause overfill or underfill can lead to cleanup costs and production interruptions — accepting generic radar specs increases OPEX exposure tied to field interventions.

Signal 2: Cost / money

Supplier consolidation may reduce bidding competition for specialised instrumentation, eroding buyer pricing leverage on service rates and spare parts pricing.

Signal 4: Supplier / commercial

When non‑contacting radar struggles in obstructed tanks, buyers typically require onsite support, custom antenna placement or additional sensors — these scope changes drive mobilisation and execution cost implications.

30-180dcommercial

Signal 3: Supplier / commercial

Integrated service from an acquisitive group can simplify single‑vendor accountability for selection, configuration and spare support, but may also embed preferred components and limit alternate sourcing.

Signal 5: Supplier / commercial

NSW project prioritisation increases procurement pipeline volume for electrical and EPC contractors; larger projects may prioritise known suppliers, raising competition for skilled installers and long‑lead components.

30-180dsupplier

Signal 6: Safety / operations

Level misreads risk overfill and dry‑running pumps; correct sensor selection, positioning and echo‑filter configuration are operational controls that reduce safety incidents and unplanned downtime.

Recommended actions

CategoryDue 3d

Run a rapid inventory of obstructed tanks and tag any assets currently using non‑contacting radar for detailed review.

Prioritised list of tanks requiring spec validation or field testing

ContractsDue 3d

Ask current instrumentation suppliers for written confirmation of antenna placement and echo‑filter capabilities for each quoted radar device.

Supplier commitments or exceptions line‑itemised in procurement files

ContractsDue 21d

Update RFx templates to require vendor evidence: application notes for obstructed tanks, recommended installation drawings, and performance acceptance tests (FAT/SAT) for level...

RFx/LTSA template with mandatory installation and FAT/SAT evidence requirements

CategoryDue 21d

Engage shortlisted suppliers (including Bestech/Measurement Solutions) to map spare‑parts channels and mobilisation lead times for specialised level sensors and antennas.

Supplier spare‑parts and mobilisation matrix for critical level instruments

ContractsDue 60d

Negotiate LTSA clauses that lock in site acceptance test criteria, repeat visit rates for tuning/commissioning, and spare‑parts lead‑time commitments for level measurement equip...

LTSA addendum with FAT/SAT acceptance criteria, repeat‑visit allowances, and spare‑parts SLAs

Risk register

RiskTriggerMitigation
Watch for supplier quote language that excludes custom antenna work, repeat visits, or restricts warranty on performance in obstructed vessels — these commercial carve‑outs shift risk back to the buyer.Watch for supplier quote language that excludes custom antenna work, repeat visits, or restricts warranty on performance in obstructed vessels — these commercial carve‑outs shift risk back to the buyer.Confirm exposure with category, contracts, and operations before the next supplier commitment.

CM Snapshot

Category Manager Decision Detail

Today's priorities

Run a rapid inventory of obstructed tanks and tag any assets currently using non‑contacting radar for detailed review.

because false echoes from internal structures create overfill or underfill risk and identifying at‑risk tanks lets you prioritise mitigations.

Due 3d

high

CM move

Use this as the immediate supplier or contract action to move before the next sourcing gate.

Ask current instrumentation suppliers for written confirmation of antenna placement and echo‑filter capabilities for each quoted radar device.

because suppliers can limit liability via warranty or scope language and you need clear commitments on performance in obstructed vessels.

Due 3d

high

CM move

Use this as the immediate supplier or contract action to move before the next sourcing gate.

Update RFx templates to require vendor evidence: application notes for obstructed tanks, recommended installation drawings, and performance acceptance tests (FAT/SAT) for level...

because codified technical proof reduces field rework and prevents vendors from relying on generic specs that fail in obstructed conditions.

Due 21d

high

CM move

Use this as the immediate supplier or contract action to move before the next sourcing gate.

Engage shortlisted suppliers (including Bestech/Measurement Solutions) to map spare‑parts channels and mobilisation lead times for specialised level sensors and antennas.

because supplier consolidation can change spare availability and mobilisation risk — confirming channels preserves uptime and replacement options.

Due 21d

high

CM move

Use this as the immediate supplier or contract action to move before the next sourcing gate.

Supplier radar

Processonline

high

Observed supplier signal

Integrated service from an acquisitive group can simplify single‑vendor accountability for selection, configuration and spare support, but may also embed preferred components and limit alternate sourcing.

Commercial implication

Integrated service from an acquisitive group can simplify single‑vendor accountability for selection, configuration and spare support, but may also embed preferred components and limit alternate sourcing.

Next step: Validate the source-backed signal with incumbents and alternates before the next award or pricing decision.

Processonline

high

Observed supplier signal

When non‑contacting radar struggles in obstructed tanks, buyers typically require onsite support, custom antenna placement or additional sensors — these scope changes drive mobilisation and execution cost implications.

Commercial implication

When non‑contacting radar struggles in obstructed tanks, buyers typically require onsite support, custom antenna placement or additional sensors — these scope changes drive mobilisation and execution cost implications.

Next step: Validate the source-backed signal with incumbents and alternates before the next award or pricing decision.

Processonline

high

Observed supplier signal

NSW project prioritisation increases procurement pipeline volume for electrical and EPC contractors; larger projects may prioritise known suppliers, raising competition for skilled installers and long‑lead components.

Commercial implication

NSW project prioritisation increases procurement pipeline volume for electrical and EPC contractors; larger projects may prioritise known suppliers, raising competition for skilled installers and long‑lead components.

Next step: Validate the source-backed signal with incumbents and alternates before the next award or pricing decision.

Negotiation levers

Run a rapid inventory of obstructed tanks and tag any assets currently using non‑contacting radar for detailed review.

When to use: because false echoes from internal structures create overfill or underfill risk and identifying at‑risk tanks lets you prioritise mitigations.

Expected outcome: Prioritised list of tanks requiring spec validation or field testing

Commercial mechanism to carry into the next supplier conversation

Ask current instrumentation suppliers for written confirmation of antenna placement and echo‑filter capabilities for each quoted radar device.

When to use: because suppliers can limit liability via warranty or scope language and you need clear commitments on performance in obstructed vessels.

Expected outcome: Supplier commitments or exceptions line‑itemised in procurement files

Commercial mechanism to carry into the next supplier conversation

Update RFx templates to require vendor evidence: application notes for obstructed tanks, recommended installation drawings, and performance acceptance tests (FAT/SAT) for level...

When to use: because codified technical proof reduces field rework and prevents vendors from relying on generic specs that fail in obstructed conditions.

Expected outcome: RFx/LTSA template with mandatory installation and FAT/SAT evidence requirements

Commercial mechanism to carry into the next supplier conversation

Engage shortlisted suppliers (including Bestech/Measurement Solutions) to map spare‑parts channels and mobilisation lead times for specialised level sensors and antennas.

When to use: because supplier consolidation can change spare availability and mobilisation risk — confirming channels preserves uptime and replacement options.

Expected outcome: Supplier spare‑parts and mobilisation matrix for critical level instruments

Commercial mechanism to carry into the next supplier conversation

Talking points

Incorrect radar echoes in obstructed tanks create real overfill, spill and downtime risk — require spec and installation checks for non‑contact radar before accepting instrument quotes.
Recent local consolidation of a specialist instrumentation supplier tightens commercial leverage: expect continuity of service but also fewer independent bidders for specialised sensors and integration work.
NSW’s plan to fast-track priority renewable projects increases near‑term demand for grid connection, storage and electrical balance‑of‑plant works; this can shift timelines and supplier capacity relevant to electrification programs.
FMCW non‑contacting radar is often the preferred technology, but obstructions still cause false echoes and interventions that are operationally disruptive and costly — only invest in heavy mitigation when problems are recurring or critical.

Supplier radar

SupplierSignalImplicationNext stepConfidence
ProcessonlineIntegrated service from an acquisitive group can simplify single‑vendor accountability for selection, configuration and spare support, but may also embed preferred components and limit alternate sourcing.Integrated service from an acquisitive group can simplify single‑vendor accountability for selection, configuration and spare support, but may also embed preferred components and limit alternate sourcing.Validate the source-backed signal with incumbents and alternates before the next award or pricing decision.high
ProcessonlineWhen non‑contacting radar struggles in obstructed tanks, buyers typically require onsite support, custom antenna placement or additional sensors — these scope changes drive mobilisation and execution cost implications.When non‑contacting radar struggles in obstructed tanks, buyers typically require onsite support, custom antenna placement or additional sensors — these scope changes drive mobilisation and execution cost implications.Validate the source-backed signal with incumbents and alternates before the next award or pricing decision.high
ProcessonlineNSW project prioritisation increases procurement pipeline volume for electrical and EPC contractors; larger projects may prioritise known suppliers, raising competition for skilled installers and long‑lead components.NSW project prioritisation increases procurement pipeline volume for electrical and EPC contractors; larger projects may prioritise known suppliers, raising competition for skilled installers and long‑lead components.Validate the source-backed signal with incumbents and alternates before the next award or pricing decision.high

Negotiation levers

  • Run a rapid inventory of obstructed tanks and tag any assets currently using non‑contacting radar for detailed review.because false echoes from internal structures create overfill or underfill risk and identifying at‑risk tanks lets you prioritise mitigations.Prioritised list of tanks requiring spec validation or field testing

    high confidence

  • Ask current instrumentation suppliers for written confirmation of antenna placement and echo‑filter capabilities for each quoted radar device.because suppliers can limit liability via warranty or scope language and you need clear commitments on performance in obstructed vessels.Supplier commitments or exceptions line‑itemised in procurement files

    high confidence

  • Update RFx templates to require vendor evidence: application notes for obstructed tanks, recommended installation drawings, and performance acceptance tests (FAT/SAT) for level...because codified technical proof reduces field rework and prevents vendors from relying on generic specs that fail in obstructed conditions.RFx/LTSA template with mandatory installation and FAT/SAT evidence requirements

    high confidence

  • Engage shortlisted suppliers (including Bestech/Measurement Solutions) to map spare‑parts channels and mobilisation lead times for specialised level sensors and antennas.because supplier consolidation can change spare availability and mobilisation risk — confirming channels preserves uptime and replacement options.Supplier spare‑parts and mobilisation matrix for critical level instruments

    high confidence

What to do / What to watch

What to do now

  • Run a rapid inventory of obstructed tanks and tag any assets currently using non‑contacting radar for detailed review.

    Why: because false echoes from internal structures create overfill or underfill risk and identifying at‑risk tanks lets you prioritise mitigations.

    Owner: Category

    Expected outcome: Prioritised list of tanks requiring spec validation or field testing

    [1]
  • Ask current instrumentation suppliers for written confirmation of antenna placement and echo‑filter capabilities for each quoted radar device.

    Why: because suppliers can limit liability via warranty or scope language and you need clear commitments on performance in obstructed vessels.

    Owner: Contracts

    Expected outcome: Supplier commitments or exceptions line‑itemised in procurement files

    [1][2]

Next few weeks

  • Update RFx templates to require vendor evidence: application notes for obstructed tanks, recommended installation drawings, and performance acceptance tests (FAT/SAT) for level...

    Why: because codified technical proof reduces field rework and prevents vendors from relying on generic specs that fail in obstructed conditions.

    Owner: Contracts

    Expected outcome: RFx/LTSA template with mandatory installation and FAT/SAT evidence requirements

    [1][2]
  • Engage shortlisted suppliers (including Bestech/Measurement Solutions) to map spare‑parts channels and mobilisation lead times for specialised level sensors and antennas.

    Why: because supplier consolidation can change spare availability and mobilisation risk — confirming channels preserves uptime and replacement options.

    Owner: Category

    Expected outcome: Supplier spare‑parts and mobilisation matrix for critical level instruments

    [2]

Longer view

  • Negotiate LTSA clauses that lock in site acceptance test criteria, repeat visit rates for tuning/commissioning, and spare‑parts lead‑time commitments for level measurement equip...

    Why: because formalising FAT/SAT acceptance and spare commitments transfers execution risk to suppliers and reduces expedited replacement costs when level devices underperform.

    Owner: Contracts

    Expected outcome: LTSA addendum with FAT/SAT acceptance criteria, repeat‑visit allowances, and spare‑parts SLAs

    [1][2]

What to watch

  • Watch for supplier quote language that excludes custom antenna work, repeat visits, or restricts warranty on performance in obstructed vessels — these commercial carve‑outs shift risk back to the buyer
  • Watch for supplier quote language that excludes custom antenna work, repeat visits, or restricts warranty on performance in obstructed vessels — these commercial carve‑outs shift risk back to the buyer.: Watch for supplier quote language that excludes custom antenna work, repeat visits, or restricts warranty on performance in obstructed vessels — these commercial carve‑outs shift risk back to the buyer
  • Incorrect radar echoes in obstructed tanks create real overfill, spill and downtime risk — require spec and installation checks for non‑contact radar before accepting instrument quotes
  • Recent local consolidation of a specialist instrumentation supplier tightens commercial leverage: expect continuity of service but also fewer independent bidders for specialised sensors and integration work
  • NSW’s plan to fast-track priority renewable projects increases near‑term demand for grid connection, storage and electrical balance‑of‑plant works; this can shift timelines and supplier capacity relevant to electrification programs
  • FMCW non‑contacting radar is often the preferred technology, but obstructions still cause false echoes and interventions that are operationally disruptive and costly — only invest in heavy mitigation when problems are recurring or critical

Market pulse

IndexLatestChangeAs of
WTI Crude (WTI)71.23 /bbl+0.00 (+0.00%)May 15, 2026, 10:10 PM
Brent Crude (BRENT)74.89 /bbl+0.00 (+0.00%)May 15, 2026, 10:10 PM
Natural Gas (NG)3.12 /MMBtu+0.00 (+0.00%)May 15, 2026, 10:10 PM
Baker Hughes (BKR)32 +0.00 (+0.00%)May 15, 2026, 10:10 PM
GE Vernova (GEV)175 +0.00 (+0.00%)May 15, 2026, 10:10 PM
  • Natural Gas: Natural gas prices influence fuel‑led operational decisions and may affect demand for fuel handling instrumentation and related service schedules
  • Baker Hughes: Baker Hughes activity is a proxy for regional drilling and service demand that can compete for specialised instrumentation and field service resources

Sources

Inline citations jump here. Expand a source to read the excerpt, the AI interpretation, and the original link.

[1] Ensuring reliable level measurement in tanks with internal obstructions

processonline.com.au · n.d.

Expand

AI reading

Non‑contacting radar level transmitters remain a preferred solution for many tanks but perform poorly when internal obstructions create multiple false echoes. The article explains that antenna positioning and echo discrimination matter; when echoes are ambiguous, interventions such as repositioning, added sensors or bespoke antennae are necessary and can be disruptive and costly. Watch whether buyers start requiring installation evidence and acceptance testing from vendors

Buyer takeaway

Treat obstructed‑tank radar installs as a scoped engineering deliverable rather than an off‑the‑shelf device buy: require proof of placement and acceptance tests

Cost / money

Accepting generic radar specs risks repeat site visits and cleanup or downtime costs; plan for mobilisation and potential retrofit spend

Supplier / commercial

Vendors may quote base devices cheaply but exclude installation engineering and repeat calibrations — insist these items are priced and contracted up front

Safety / operations

Misreads can cause overfill, spills or pump damage; specifying FAT/SAT and installation responsibilities reduces safety and uptime risk

What to watch

Limited relevance for perfectly unobstructed tanks but high relevance where internal structures are present; watch for warranty carve‑outs on obstructed vessels

Key facts

  • FMCW non‑contacting radar highlighted as preferred technology
  • Obstructions cause multiple echoes requiring antenna and echo‑filter strategies
  • Mitigations (repositioning or additional sensors) are operationally disruptive

Source excerpts

This makes effective discrimination between true and false echoes a critical requirement for reliable non-contacting radar level measurement. Figure 2: Internal equipment can make it challenging for a non-contacting radar level transmitter to differentiate the true surface echo from false echoes coming from obstructions
Figure 2: Internal equipment can make it challenging for a non-contacting radar level transmitter to differentiate the true surface echo from false echoes coming from obstructions. Strategies for mitigating false echoes While tanks containing internal structures present clear challenges for non-contacting radar level transmitters, a number of strategies can help to reduce or eliminate the impact of false echoes
When combined, these factors can make accurate and reliable level measurement in obstructed tanks one of the most difficult applications for non-contacting radar technology

Used in this brief

  • Incorrect radar echoes in obstructed tanks create real overfill, spill and downtime risk — require spec and installation checks for non‑contact radar before accepting instrument quotes. Recent local consolidation of a specialist instrumentation supplier tightens commercial leverage: expect continuity of service but also fewer independent bidders for specialised sensors and integration work. NSW’s plan to fast-track priority renewable projects increases near‑term demand for grid connection, storage and electrical balance‑of‑plant works; this can shift timelines and supplier capacity relevant to electrification programs. FMCW non‑contacting radar is often the preferred technology, but obstructions still cause false echoes and interventions that are operationally disruptive and costly — only invest in heavy mitigation when problems are recurring or critical
  • Cost / money: False echoes that cause overfill or underfill can lead to cleanup costs and production interruptions — accepting generic radar specs increases OPEX exposure tied to field interventions
  • Supplier / commercial: When non‑contacting radar struggles in obstructed tanks, buyers typically require onsite support, custom antenna placement or additional sensors — these scope changes drive mobilisation and execution cost implications
Open original source

[2] Measurement Solutions joins the Bestech Group: a significant step into the process industries

processonline.com.au · n.d.

Expand

AI reading

Measurement Solutions has been acquired by Bestech Group and will operate under its existing brand while gaining integrated group capabilities. This consolidation changes the local supplier map for specialised instrumentation and integration services and can affect pricing, spare channels and negotiation dynamics. Watch supplier communications for changes to service terms and parts channels

Buyer takeaway

Anticipate fewer independent bidders for niche instrumentation; use RFx requirements to preserve competitive options or define sole‑source protections

Cost / money

Consolidation can shift pricing posture; expect negotiation leverage to change once integrated commercial terms are published

Supplier / commercial

Integrated teams may offer broader support and single‑point accountability but could standardise preferred components that limit alternate sourcing

Safety / operations

Brand continuity reduces onboarding friction for maintenance teams, but ensure supply of certified spares and calibration traceability is retained

What to watch

Moderate signal: direct commercial effects depend on how the parent group rewrites supplier contracts and parts channels

Key facts

  • Acquisition brings specialised process instrumentation into a larger group
  • Brand continuity retained but service and supply channels will be integrated
  • Acquisition positioned to close a capability gap in specialised sensor selection and integration

Source excerpts

measurement-solutions
Bestech endorsement Measurement Solutions will continue to operate under its own brand and identity. What changes is the infrastructure behind it
Even minor instrumentation gaps can lead to process inefficiencies, unplanned downtime or compromised safety outcomes

Used in this brief

  • Next 2-4 weeks — Engage shortlisted suppliers (including Bestech/Measurement Solutions) to map spare‑parts channels and mobilisation lead times for specialised level sensors and antennas.. Rationale: because supplier consolidation can change spare availability and mobilisation risk — confirming channels preserves uptime and replacement options.. Owner: Category. KPI: Supplier spare‑parts and mobilisation matrix for critical level instruments
  • Supplier landscape change: Measurement Solutions joined Bestech, creating a more concentrated supplier for specialised sensors and integration services
  • Measurement Solutions has been acquired by Bestech Group and will operate under its existing brand while gaining integrated group capabilities. This consolidation changes the local supplier map for specialised instrumentation and integration services and can affect pricing, spare channels and negotiation dynamics. Watch supplier communications for changes to service terms and parts channels
Open original source

[3] NSW Government to fast‍-‍track renewable energy projects

processonline.com.au · n.d.

Expand

AI reading

The NSW Government proposed legislation to fast‑track priority renewable energy projects to accelerate generation, storage and transmission approvals. The policy aims to shorten planning time for priority projects while keeping environmental and community assessments intact, which can create a denser near‑term pipeline for grid and EPC work. Watch for procurement windows opening and contractor capacity tightening in regions where projects are prioritised

Buyer takeaway

Plan for shifting supplier capacity and prioritisation that may affect timelines and availability for electrical balance‑of‑plant and storage work

Cost / money

Increased project pipeline can push up contractor day rates and lead times for electrical equipment and specialist installers

Supplier / commercial

Priority projects may favour established contractors and vendors, reducing opportunities for smaller local suppliers unless contracts protect competition

Safety / operations

Faster project approvals still require full safety and integration checks at commissioning; don’t compress FAT/SAT acceptance to meet new timelines

What to watch

Moderate signal: legislative change needs implementation rules; monitor pipeline announcements to gauge real procurement impact

Key facts

  • New law to prioritise renewable projects in planning pipelines
  • Policy preserves environmental and community assessment requirements
  • Designed to accelerate infrastructure needed for generation, storage and grid movement

Source excerpts

The NSW Government has announced it will introduce a new law to speed up the delivery of key renewable energy projects to power large energy users
The proposed legislation will allow the NSW Energy Minister to identify the highest-priority renewable energy projects in the planning pipeline, and prioritise them for streamlining. Priority energy projects must demonstrate best practice in how they work with landholders and communities, particularly in regional NSW
Developers will still need to meet all relevant planning, environmental and consultation obligations

Used in this brief

  • Policy update: NSW announced a renewable-project fast-track law that could raise demand for electrical infrastructure and contractor capacity in the region
  • The NSW Government proposed legislation to fast‑track priority renewable energy projects to accelerate generation, storage and transmission approvals. The policy aims to shorten planning time for priority projects while keeping environmental and community assessments intact, which can create a denser near‑term pipeline for grid and EPC work. Watch for procurement windows opening and contractor capacity tightening in regions where projects are prioritised
  • Buyer bottom line: accelerated renewables approval can increase competition for electrical contractors, long‑lead transformers and storage integration services relevant to OEM and LTSA scopes
Open original source

[4] Natural Gas

finance.yahoo.com · n.d.

Expand

[5] Baker Hughes

finance.yahoo.com · n.d.

Expand