CEFAS25-134 Request for Quotation for Acquisition of an ICP-OES

The Chemistry Function at the Cefas Lowestoft Laboratory has a requirement for an

inductively coupled plasma optical emission spectrometer (ICP-OES) for the analysis of

environmental samples. The system will be capable of analysing trace elements in diluted acid

matrix solutions (HNO3, HCl and HF) formed from microwave acid digestion of marine

sediment and biota samples. Ex-demonstration instruments under 3 years old may be

proposed at a reduced price and provided 12 months extended warranty is offered. Where

an ex-demonstration instrument is proposed, this must be clearly declared in the supplier's

quotation.

This purchase is being conducted under the LUPC Framework Agreement: High Value

Laboratory Equipment (HVLE) - LAB3162 NW, Lot 3 - Spectroscopy Equipment.

Scope of Requirements:

1. Technical Requirement

The requirement is for a fully automated, bench-top ICP-OES system capable of

high-throughput, multi-elemental analysis with robust performance for a wide range

of sample matrices. The system must deliver high sensitivity, low detection limits, and

excellent long-term stability, supporting both routine and research applications. The

objective is to enhance analytical capacity, improve data quality, and ensure

compliance with relevant standards (e.g., ISO 17025).

The OES system must:

• Have an argon gas source which it uses efficiently.

• Be axial mode (or duo mode), and not purely radial mode.

• Have sub-1ppb detection limits for most required elements (at optimal

wavelength).

• Operate under a wavelength range of approximately 180 to 850 nm or better.

• Be robust and demonstrate minimal downtime due to maintenance.

• Include the chiller unit.

• Include an autosampler and associated paraphernalia.

• Include a sample tray containing at least 150 positions (with options of rack

configuration for standard and sample solutions).

2. Environmental Considerations

• Unit must have an ultra-low power consumption.

• Unit must be designed for reuse/remanufacture and of regenerative nature to

eliminate waste where possible.

• Consideration of how packaging will be managed. Ideally at the time of

installation the supplier will remove packaging and dispose of by ethical and

environmentally friendly methods. Where possible packaging is to be re-used or

recycled.

• Consideration of life cycle assessment for the equipment.

• Trade-in or removal of the old system will be of benefit. If a trade-in option can be

provided, please include the relevant details in the Pricing Schedule 2 table of

this RFQ.