2013/14. Rentals & Resource Catalogue Environmental Monitoring, Occupational Hygiene & Industrial Process

2013/14 Rentals & Resource Catalogue Environmental Monitoring, Occupational Hygiene & Industrial Process

Where to find us... Melbourne 5 Caribbean Drive Scoresby VIC 3179 Sydney Level 1, 4 Talavera Road North Ryde NSW 2113 Adelaide 27 Beulah Road Norwood SA 5067 Brisbane Unit 2/5 Ross Street Newstead QLD 4006 Perth 121 Beringarra Avenue Malaga WA 6090 Thermo Fisher Scientific's Rental Service Guarantee Thermo Fisher aim to meet and exceed your rental requirements. Whether it is offering a door-to-door delivery service using our own rental vehicles for urgent rental requirements, arranging special courier deliveries to remote locations or finding out technical information we will do our best for you. We want you coming back! Our national rental office network can have equipment shipped overnight to most capital city locations. Many of our offices have their own consumable stores too so you can use us as your one-stop-shop. Remember to place your consumable order at the time of booking. If we need to stay back late or come in early so you can get on the road faster, we will aim to meet your needs. Just ask us. Whatever you need, we will do our best to Create Value and Deliver Results. Contact Us Phone: 1300 735 295 Fax: 1800 675 123 RentalsAU@thermofisher.com Please call us ahead of your visit to ensure your equipment is ready and available for your collection. Press Option 1 twice to be connected to our Rentals Department. V-Card All product details and specifications are correct and current at time of production. Thermo Fisher Scientific may have to change, at their discretion, some or all of the product specifications. Thermo Fisher is not responsible for manufacturer changes to product specifications. The products within this catalogue may from time to time be unavailable depending on market demand and availability. Not all products available at all locations, but call us and we will do our best to meet your needs. Creating Value. Delivering Results. Contents 1

Contents Products Gas Detectors & Analysers...11 Air & Dust Monitoring... 35 Water Quality & Flow Instruments...48 Groundwater Level Monitoring... 69 Groundwater Sampling Systems...83 Pumps...93 Groundwater Purge Pumps... 104 Pumps Components & Options... 107 Open Water Sampling...109 Soil Vapour Monitoring... 111 Soil Sampling...115 Bottom Samplers & Dredges... 119 Field Kits... 123 Sound Level Meters & Noise Dosimeters... 125 Heat Stress & Thermal Monitoring...132 Data Acquisition...136 Industrial Process/Hygiene /Elemental Analysis... 140 New Equipment...150 Consumables... 154 2 Contents RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Resources LEL Explained... 26 Landfill Surface Final Cover Areas... 29 About Tubidity... 65 Slug Test Method...79 Variable Head Permeability Tests...79 Web Resources...192 Index... 194 Emergency Details... 197 Conversion Factors...198 How to Contact Us... 200 Sampling Event Chronology... 91 Pump Selection Guide...103 Integrated Solutions... 158 Workplace Safety Solutions... 159 Groundwater Sampling - MicroPurge Low-Flow Sampling... 160 Photo Ionisation Detectors (PID) Explained... 164 PID Compounds List... 166 Infrared Methane Sensors in Landfill Gas Monitors... 168 How XRF Works... 170 How a Bladder Pump Works... 175 Periodic Table of Elements & The XRF Process... 176 Rental Terms & Conditions Australia... 178 Glossary... 180 Section Creating Value. Delivering Results. 3 Contents 3

Why Rent with Thermo Fisher Scientific? Thermo Fisher Scientific is proud to present the second and updated edition of the Rentals and Resource Catalogue, a resource for environmental monitoring consultants and occupational hygienists. Designed especially for your glovebox, it is compact enough to be taken with you on the job for quick-and-easy access. Our rentals fleet offers you a range of equipment for hire not currently offered anywhere else in Australia. As well as showcasing our updated range of equipment for hire, this catalogue also provides you with various resource materials and technical information to help you along the way. Thermo Fisher Scientific is only a phone call away to help you with your rentals and resource requirements so contact us and experience the difference of Thermo Fisher Scientific Rentals today! P.S. Remember to check our website for the latest product information, rentals request form (yes, you can now submit your request for rental equipment via our website), latest version of the Rentals and Resource Catalogue and other exciting resources. 4 Section 4 Why Rent with Thermo Fisher Scientific RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

» Global resources & knowledge At your disposal» Extensive product & consumables range To help you meet your project objectives faster» Expertise & experienced staff Ready to assist you in the field» Efficient, same-day availability of equipment Most equipment and its associated consumables are available same day, calibrated, cleaned and ready-to-go! Why Rent With Us» Competitive prices» No charge for weekends» Free next morning returns» Friendly and informative service and advice» Free in-house training» Common consumables (for rental equipment) provided free of charge» Our rental equipment comes with basic replacement filters and batteries, etc where applicable. Creating Value. Delivering Results. Why Rent with Thermo Fisher Scientific 5

Benefits of Renting We give you more than just great products we give you great solutions." No equipment to clean or maintain - lower TCO Total Cost of Ownership (TCO) of equipment can be much higher than the initial purchase cost. Calibrating, cleaning and maintaining equipment can be very time consuming. Add to that the costs of calibration equipment and supplies, renting offers you a more effective and economical option. All equipment is cleaned, checked, charged and calibrated for you every time! Eliminate the need to carry inhouse spares and expertise for repairing your own equipment Repairing equipment and keeping spares in stock also add to the total cost of ownership of equipment. Furthermore, as most of the equipment is fairly high-tech, some inhouse expertise needs to be developed to perform minor repairs and even to keep them operational. Renting eliminates these additional hassles and costs. Capital expenditure savings By far the greatest benefit of renting is the savings on capital expenditure. Both large and small organisations are constantly faced with the problem of having to invest thousands of dollars in capital equipment which can only be partly offset against income. Renting equipment, on the other hand, frees up your cash flow for more important activities. All rental expenditures can be completely offset against income (but always check the details with your accountant). Pay only when used Another issue of concern with owning equipment is the cost of your equipment sitting idle in the warehouse or office - not earning money. With rental equipment, you only pay when you use it. What s more, renting offers you an easy way to manage and account for costs, as all rental expenses are related directly to specific projects. 6 Section 6 Benefits of Renting RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Upgrade to newer models In the constantly changing environmental industry, monitoring, sampling and remediation equipment age quickly. Whilst keeping up with the latest technology is vital to stay ahead, it can also be expensive. As Thermo Fisher Scientific rentals uses the latest and best equipment on the market, you can now do this effectively and economically. Try before you buy The 'Rent to Buy' (R2B) Program enables you to rent a product from us and then convert this rental into a purchase! The list purchase price will be reduced by 50% of the rental paid (for the most recent rental), up to the equivalent of one month s rental. The unit purchased will be a new item. There are other details so you should check the Terms and Conditions on our website and/ or also talk to your local Thermo Fisher Scientific Sales Representative to learn more. Be able to meet sudden demands When you least expect it, work opportunities can arise. Renting offers flexibility to meet your equipment needs fast. Section Creating Value. Delivering Results. We Offer Industry Leading Brands BENNETT SAMPLE PUMPS data^aker 7 Benefits of Renting 7

A Partner You Can Count On Thermo Fisher Scientific is a leading provider of instruments, supplies and services for the environmental, industrial, municipal water, marine environment and global scientific markets. Our goal is to ensure you are always engaging or utilising the best possible solutions enabling you to make the world healthier, cleaner and safer. The reach of Thermo Fisher Scientific extends throughout Australia and New Zealand. We have offices and staff in all major centres offering a complete range of products and services. As a global organisation, Thermo Fisher Scientific can offer the most up-to-date technologies from the world's leading suppliers and supply an extensive range of testing, measurement, monitoring, control devices and associated consumables. Through our broad product offering, electronic commerce capabilities, integrated global logistics network and manufacturing facilities, we provide an extensive product portfolio to over 350,000 customers in 150 countries. Our product range is supported by factory trained service engineers and a network of eight fully equipped service departments, many of which have a range of respected NATA/IANZ certifications. Equipment, instrument service and calibrations performed in our NATA/IANZ accredited facilities forms a vital part of our offering. We also recognise the need to offer flexible, economical options via our equipment rental service. Our diligent application experts are able to provide customers with relevant and considered advice. 8 A Partner You Can Count On RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Repair & Service In Australia and New Zealand we occupy eight service centres located across both countries. Each service centre is staffed by fully trained service engineers. We also provide on-site repairs and service through our teams of field service engineers - when it is not practical to send your equipment to a service centre. Calibration Our level of technical expertise and dedicated testing facilities and equipment, supports high level, application critical, calibration capability including calibrating and testing aircraft navigation equipment used in both military and commercial airline applications. Our network of service facilities are certified to service and calibrate sensitive, high technology devices including pressure and vacuum measuring devices, barometers, volumetric equipment, weighing devices, resistors, resistance boxes and potential dividers, instrument calibrators, indicating and recording instruments and frequency and time measuring devices. We offer a comprehensive suite of technical services including: Service and repair capability for equipment sold by Thermo Fisher Scientific Instrument servicing and calibration Instrument certification NATA accredited facilities Applications support Onsite repairs and service Onsite installation and commissioning Onsite preventative maintenance Technical Services Our service is the difference Thermo Fisher Scientific understand that your needs go beyond product purchases and warranties. We can help you to maintain, service and calibrate your equipment to a high standard and ensure that it is always ready to meet your monitoring requirements. Creating Value. Delivering Results. Technical Services 9

Support Our commitment to your success goes beyond the scope of products and procurement." One Source As the world s largest supplier of scientific and test equipment, Thermo Fisher Scientific can provide a comprehensive supply and support network for all of your locations. As a global manufacturer and supplier we understand the legal and social responsibilities of organisations operating in every country around the world. All of our chemicals are shipped with MSDS certificates (customised for Australian and New Zealand standards) to ensure your organisation and more importantly your staff are not put at risk through inappropriate handling of hazardous chemicals. Expert Service Personnel Our service personnel are highly skilled and factory trained, many undertake continuing education and factory update training to ensure we offer the highest standard of technical competence. Our service personnel are qualified and certified to maintain your essential test equipment. We offer ongoing support for the equipment that we supply and through our global network and can develop customised solutions for your organisation. 10 Support RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Gas Detectors & Analysers We cover the spectrum of gas monitoring, with portable instruments available for both short-term hire through to long-term projects. Applications include confined space and hazardous area monitoring, emergency leak response, landfill/biogas analysis and environmental monitoring. Our technologies range from electrochemical and combustible cells, photo ionisation, flame ionisation, laser diode and infrared detectors. Products Include: MiniRAE 2000/3000 VOC Monitor (PID) MiniRAE Lite VOC Monitor (PID) Impact Pro Gas Monitor TDL-500 Methane Detector TFA PID/FID Toxic Vapour Analyser GA2000, GA2000 Plus & GA5000 Odalog Range Creating Value. Delivering Results. Gas Detectors & Analysers 11

MiniRAE Lite VOC Monitor (PID) The MiniRAE Lite s Photo Ionisation Detection (PID) range is 0 to 5,000 ppm. This makes it an ideal instrument for applications ranging from environmental to construction. The MiniRAE Lite is designed for easy surveying, without a data logging feature. Features Range: 0 to 5,000 ppm volatile organic compounds Fast 3 second response time and humidity compensation Instantaneous reading of VOCs as ppm by volume, high and low values, date and time Rugged housing withstands use in harsh environments Photo ionisation sensor comes with standard 10.6eV lamp Rated for use in hazardous areas* Specifications Range: 0 to 5,000 ppm Resolution: 0.1 ppm (0-99.9) 1 ppm (100-5,000) Response time: 3 seconds Photo ionisation sensor with std 10.6eV lamp. Alarms: 95 db (at 30 cm) buzzer and flashing red LED to indicate exceeded preset limits Calibrated to: 100 ppm Isobutylene * Rated for hazardous locations to IECEx Ex ia IIC/IIB Gb T4-20 C Ta +50 C Other Information Rental includes: MiniRAE Lite PID, protective rubber boot, hard plastic carry case, instruction manual, quick start guide, battery charger, water trap/ moisture filter, alkaline battery adaptor. Options: Isobutylene calibration gas and regulator for calibration, additional water trap filters. Consumables p154 12 Section 12 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Features Range: 0 to 10,000 ppm volatile organic compounds Fast response for detecting hot spots Long operation - up to 10 hours continuous operation with a full charge Photo ionisation sensor comes with standard 10.6eV lamp (other lamps available for purchase) Rated for use in hazardous areas** Specifications Range: 0 to 10,000 ppm Resolution: 0.1 ppm (0-99.9). 1 ppm (100-10,000 ppm) Response time: <3.0 seconds Accuracy: +/- 2 ppm or 10% of reading for <2000 ppm, +/1 20% of reading for >2000 ppm Photo ionisation sensor with std 10.6eV lamp. Calibrated to: 100 ppm Isobutylene ** Hazardous Area Use: US and Canada: UL, cul, Classified for use in Class I, Division I Groups A, B, C, D Other Information Rental includes: MiniRAE 2000 PID, protective rubber boot, hard plastic carry case, instruction manual, quick start guide, battery charger, water trap/ moisture filter, alkaline adaptor Options: Isobutylene calibration gas and regulator for calibration, additional water trap filters. Consumables p154 MiniRAE 2000 VOC Monitor (PID) This field rugged PID provides excellent response and remote monitoring capabilities for confined space entry and leak detection. It is also commonly used as a screening tool in the field with leaking underground storage tanks, head space analysis in soil, monitoring wells and water. Section Creating Value. Delivering Results. 13 Gas Detectors & Analysers 13

MiniRAE 3000 VOC Monitor (PID) The MiniRAE 3000 is an advanced handheld volatile organic compound (VOC) detector. Its Photo Ionisation Detector s (PID) extended range of 0 to 15,000 ppm makes it an ideal instrument for applications from industrial hygiene, to leak and HazMat detection. It is also commonly used as a screening tool in the field with leaking underground storage tanks, head space analysis in soil, monitoring wells and water. Features Range: 0 to 15,000 ppm volatile organic compounds Fast 3 second response time and humidity compensation Large graphic display for easy overview of gas type, correction factor and concentration Rugged housing withstands use in harsh environments Photo ionisation sensor comes with standard 10.6eV lamp (other lamps available for purchase) Rated for use in hazardous areas* Specifications Range: 0 to 15,000 ppm Resolution: 0.1 ppm (0-999.9), 1 ppm (1000-15000) Response time: 3 seconds Accuracy: +/-20% of reading >2,000 ppm Photo ionisation sensor with std 10.6eV lamp. Alarms: 95 db (at 30 cm) buzzer and flashing red LED to indicate exceeded preset limits Calibrated to: 100 ppm Isobutylene * Hazardous area use: US and Canada: UL, cul, Classified for use in Class I, Division I Groups A, B, C, D Other Information Rental includes: MiniRAE 3000 PID, protective rubber boot, hard plastic carry case, instruction manual, quick start guide, battery charger, water trap/ moisture filter, alkaline battery adaptor. Options: Isobutylene calibration gas and regulator for calibration, additional water trap filters. Please see page 164 for further information about PIDs. We also include a handy list of VOCs detected by PID on page 166. Consumables p154 14 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Features Detects VOCs from 1 ppb - 10,000 ppm Multi-gas sensors for oxygen (O 2 ), hydrogen sulphide (H 2 S), carbon monoxide (CO) and explosive gases Rapid response and recovery for fast detection Intrinsically safe for use in flammable areas Health & Safety mode for STEL and TWA Large numerical back-lit display for easy viewing Choice of readouts - numeric or real-time graph Swift, simple data download via IRDA link Fully interactive, easy-to-use Ion PC software for download, analysis and programmable features Specifications Data logging Automatically recording all 5 sensors every second including date and time stamp. Operation Dry Cell: Alkaline 4 x AA: 11 hour Alarm Flashing LED and 90 dba (10 cm) audible sounder User set and TWA & STEL Pre-programmed 450+ gases and gas mixtures Flow rate 220 ml/min or 220 cc/min with flow fail alarm NB: PID specifications relate to an isobutylene 100 ppm in air calibration at 20 C and 90% RH. LEL specifications relate to a methane (CH 4 ) calibration, other gases available on request. Other gas sensors as specified at appropriate international alarm standards. * Assuming constant environmental conditions. Ion Science FirstCheck 6000 FirstCheck 6000 is a ppb multi gas detector that combines volatile organic compound (VOC) detection with explosive gas (LEL) sensors. It's multi gas sensors detect oxygen, hydrogen sulphide, carbon monoxide and explosive gases, using a highly sensitive PID detector. FirstCheck 6000 accurately detects VOCs from 1 ppb to 10,000 ppm, a range unmatched by other multi gas detectors. The FirstCheck 6000 multi gas detector enables the detection of many gases that are toxic at low ppb levels. Creating Value. Delivering Results. Gas Detectors & Analysers 15

Ion Science GasCheck 5000 Designed specifically for the search and location of flammable gas leaks, GasCheck is the only ATEX approved, Intrinsically Safe gas leak detector on the market. The GasCheck leak detector detects and measures almost any known gas, or gas mixture. Its advanced microthermal conductivity sensor responds rapidly to the smallest of gas leaks. The GasCheck gas leak detector is conveniently calibrated against helium and is particularly sensitive to ammonia, argon, butane, hydrogen, SF6 and refrigerants. Its Intrinsic Safety proves an ideal tool for use in areas classified as zone zero flammable, and can safely detect flammable gases. Robust, reliable and easy-to-use, the GasCheck gas leak detector has an LCD display, LED indicator and audible alarm to clearly indicate the detected gas leak. When switched on GasCheck automatically zeros to the ambient air and is ready to detect immediately. An easy -to-use leak detector for the rapid detection of gas leaks. The 5000 provides an ideal tool for use in areas classified as zone zero flammable and can safely detect flammable gases. 16 Section 16 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Features The only ATEX approved, Intrinsically Safe gas leak detector Rapidly detects and measured almost any gas leak Particularly sensitive to ammonia, argon, butane, hydrogen, SF6 and refrigerants Performs repeatable readings in choice of ppm or ml/sec Robust, reliable and easy-to-use leak detector Conveniently calibrated against helium Holds peak readings LCD back lit display Hand held Specifications Detector: Micro thermal conductivity detector (MTCD) Sensor is poison resistant with over range protection Intrinsically safe approvals: II 2 G EEx ia II T4 Baseefa 02ATEX0093 Operation: Battery Type: 4 x alkaline AA size Typically 20 hours life Sensitivity (Cc/Sec): He 2 x 10-5, CH 4 1 x 10-4, R12 1 x 10-4, Ar 2 x 10-4 Accuracy: 10% displayed reading One digit Response: T90 = 1 second rise and clear down Alarms: Flashing LED and 90 dba (10 cm) audible sounder Calibration: Calibrated to UKAS/NIST standards Data logging: 36,000 data points with date and time stamp Flow Rate: 1 cc/min or 2 cc/min (with outer probe removed) Temperature: Operating: -20 to +60 C, -4 to 140 F Storage: -20 to +70 C, -4 to 158 F Humidity: 0 to 99% RH (non-condensing) Weight and dimensions: Instrument with probe 390 x 60 x 49 mm Case: 420 x 320 x 97 mm Instrument: 0.45 Kg, Packed 1.6 Kg Section Creating Value. Delivering Results. 17 Gas Detectors & Analysers 17

Ion Science PhoCheck+ 5000Ex PhoCheck+ 5000Ex is Ion Sciences' most sophisticated PID, and is the only instrument available on the market with a dynamic detection range of 1 ppb up to 10,000 ppm. This versatility allows the instrument to detect a greater range of dangerous toxic gases at low ppb levels where they are hazardous to health, as well as flammable gases at LEL thresholds. The 5000+ is ideal for the first responder due to its sensitivity coupled with the advanced features of the 3000+, making this instrument a potential life saver in many environments. Features Unique Fence Electrode technology for humidity resistant operation Rapid response and recovery for faster detection A choice of two viewing modes large numbers or real-time graph View stored readings graphically on screen for an overview of results Intrinsically safe for use in flammable areas Data upload/download to a PC via IRDA for analysis with easy-to-use software Health and Safety mode for STEL and TWA monitoring Specifications Intrinsically safe approvals: II 2 G Baseefa 03ATEX0742 EEx ia II T4 (-20 C < Ta < 60) IECEx BAS 04.0033 (world standard) Batteries: Dry cell: Alkaline 4 x AA - 20 hours MAXIMUM RANGE 1 ppb to 10,000 ppm 0.01 to 10,000 mg/m3 Response: T90~1 second rise and cleardown Accuracy: +/-5% of displayed reading +/- one digit Linearity: +/-5% of displayed reading +/- one digit Operating temperature: -20 to 60 C (-13 to 140 F) Storage temperature: -20 to 70 C (-13 to 158 F) Data logging: Automatically records readings every second including date and time stamp. 8 Mb. Alarm: Flashing LED and 90 dba (10 cm) audible sounder Pre-program STEL and TWA Pre-programmed 250 gases and gas mixtures Dimensions: Case: 420 x 320 x 97 mm Instrument: 340 x 60 x 49 mm Weight: Instrument: 0.58 Kg Packed: 3 kg 18 Section 18 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Features Unique Fence Electrode technology for humidity resistant operation Rapid response and recovery for faster detection A choice of two viewing modes large numbers or real-time graph View stored readings graphically on screen for an overview of results Intrinsically safe for use in flammable areas Data upload and download to a PC via IRDA for analysis with easy-to-use software Health & Safety mode for STEL and TWA monitoring Specifications Detector Ion Science Photo ionisation Cell Fitted with unique Fence Electrode technology Greater measurement stability, accuracy and linearity Improved resistance of relative humidity effects T90 ~ 1 second rise and clear-down Lamps: 10.6eV Krypton PID lamp supplied as standard (Other lamps also available) Intrinsically Safe Approvals: II 2 G Baseefa 03ATEX0742 EEx ia II T4 (-20 C Ta 60 C) IECEx BAS 04.0033 (world standard) Accuracy: ± 5% display reading ± one digit Linearity: ± 5% Data logging Automatically records readings every second Includs date and time stamp 8 Mb memory Operation Dry Cell: Alkaline 4 x AA 20 hours Rechargeable NIMH: 20 hours Alarm Flashing LED and 90 dba (10 cm) audible sounder Pre-programmed TWA and STEL Pre-programmed 250 gas and gas mixtures Instrument range Maximum range: 1 ppb to 10,000 ppm Maximum range: 0.001 to 10,000 mg/m3 Flow rate: 220 ml/min with flow fail alarm Temperature Operating: -20 to 60 C, -4 to 140 F Humidity: 0-99% RH (non condensing) Ion Science PhoCheck + 3000Ex The 3000 is a PID with Health and Safety mode for STEL and TWA monitoring. The PhoCheck+ 3000Ex, in addition to the features of the 2000+, benefits from an extended detection range of 0.1 to 10,000 ppm and an additional operating mode for personnel health and safety monitoring with pre-programmed STEL and TWA values for the protection of workers. Section Creating Value. Delivering Results. 19 Gas Detectors & Analysers 19

Odalog 7000IR The OdaLog 7000NDIR is primarily configured to monitor Oxygen, Methane (or other flammables), Carbon Dioxide, Carbon Monoxide, and Hydrogen Sulphide. Other toxic sensors and configurations are available. Some examples are Sulphur Dioxide (SO 2 ), Hydrogen Cyanide (HCN), Nitric Oxide (NO), Nitrogen Dioxide (NO 2 ), Ammonia (NH 3 ), Chlorine (Cl 2 ). Features Standard Oxygen, Flammable, Carbon Monoxide and Hydrogen Sulphide configuration or choose from a wide range of alternate toxic sensors: NO, NO 2, SO 2, Cl 2, HCN, NH 3 & CO 2 Available in various ranges from 0.01 ppm onwards Robust, rugged instruments capable of withstanding the toughest environments Supplied with chargers and protective cases Obvious alarms - 360 visual and dualspeaker audible alarms Hang it or wear it - with hook, pouch or straps Simplifies record management - logging capacity up to 500,000 data points NDIR sensor for CO 2 /CH 4 Specifications Certification / Approvals Australia: ANZ Ex 05.4001X Ex ia s Zone 0 I/IIC T4 IP66 OdaLog 7000 IR-MDA GD 5069 Ingress Protection IP66 External Dimensions: Diameter 62 x 196 mm Instrument Weight: 675 g Power Supply: Ni-MH Integrated Battery Pack Battery Life: Greater than 12 hours (for life of battery) Charging Time : Less than 8 hours Alarm: Multi-frequency alarm Data Logging Capacity: Up to 500,000 readings in total Interval Selectable from 1 sec - 1 hour Data logging Duration Example: Capacity > 7 weeks if 6 gases are logged once per minute (12hr shifts / 7 day week) 20 Section 20 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Features Efficient battery system lasts up to 12 months Leave unattended in-situ for up to 5 weeks Huge memory capacity log data for over 3 months Infrared data link no need to open unit to download data or calibrate Specifications Certification/Approvals: IECExITA 08.0010 Ex ia IIC T4 (TAMB = -200 C to +500 C) IP66/68 Nemko08ATEX1270 Ex II 2 G Ex ia IIC T4 IP66/68 Ingress Protection IP66/68 External dimensions diameter: 62 x 196 mm Instrument weight: 420 g Power supply replaceable: C-Size Lithium battery (approved battery type/brand/make only) Battery life/run time: Greater than 8 months (for life of lithium battery) Data logging capacity: Up to 42,000 readings in total Interval selectable: from 1 second to 1 hour Data logging duration example: Capacity > Logging interval of 1 min = 29 days Capacity > Logging interval of 5 min = 6+ months Odalog H 2 S Loggers L2 The OdaLog Logger is a purpose designed instrument for logging H 2 S in high moisture environments. Data can be logged continuously for up to three months depending on humidity levels. Data can then be downloaded in tabular or graphical form for evaluation and strategy development. Section Creating Value. Delivering Results. 21 Gas Detectors & Analysers 21

Odalog Low Range The OdaLog Low Range Logger is a high sensitivity, convenient, weather resistant, and portable instrument designed to assist in H 2 S odour management activities by accurately measuring concentrations of H 2 S much lower than the standard range of OdaLog H 2 S Loggers. With a range of 0 to 2.00ppm, the OdaLog Low Range allows reliable measurement of H 2 S based odours at plant fence-lines, scrubber outlets, land fill sites, and residential locations where odour complaints have been reported. Features Measurement Range 0.01 to 2.00 ppm H 2 S In-built sampling pump Extensive memory capacity with 30,000 data points Specifications Zero drift (NTP) ±0.01ppm Conditions: NTP, fresh air, taken over 10 consecutive sample cycles. Precision 5% Relative standard deviation conditions: NTP, 0.20ppm H 2 S applied, taken over 10 consecutive sample cycles. Accuracy ±10% of reading 0.10 ppm to 2.00 ppm Conditions: NTP, calibrated at 0.50 ppm Linearity tested: over the range 0.00 ppm to 1.00 ppm ±9%TG at 0.25 ppm, ±6%TG at 0.75 ppm Conditions: NTP, calibrated at 0.50 ppm, tolerances as defined by NATA Sample flow rate evaluation phase: Sample flow rate 100 to 150 ccm: Total accuracy not maintained at flow rates below 100 ccm. Environmental protection IP54 (dust and splash protected): Uses OdaLog double O-ring sealing technology Logging / sampling interval: 10 minutes to 1 hour Memory capacity: 30000 data points External dimensions: Diameter 62 x 307 mm Weight approximately: 900 g Battery life (and type) CPU battery: 2 Months (2/3AA size Lithium cell) Pump battery: 7 Days (C size Alkaline cell) 22 Section 22 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Features One-button operation Field-proven Surecell sensors offer an unprecedented performance in even the harshest environments Interchangeable power options with extended battery runtimes for longer shifts Simple, visual compliance and always ready when you are Continuous LCD shows real-time gas concentrations Compact and lightweight design makes it comfortable to wear Full function self-test of sensor(s), battery status, circuit integrity and audible/visual alarms on start up and continuous testing on sensor(s) Powered by an interchangeable rechargable battery pack or alkaline pack with 3 AA batteries Comprehensive datalogging and event logging capacity IntelliFlash verifies operation and compliance to both the user and supervisors from up to 6.1 m If you require a sampling pump, please advise on booking. Specifications Size: 13 x 8.1 x 4.7 cm Weight: 316 g (with rechargeable battery pack), 338 g (with alkaline battery pack) Alarms: Visual (six, red LEDs), vibrating, audible (95 db). Low, High, STEL, TWA, OL (over limit) Ratings: EMI/RFI: Complies with EMC Directive 2004/108/EC IP66/IP67 Certifications and approvals: Class I, Div. 1, Gr.A, B, C, D ATEX: CE II 1 G Ga Ex ia IIC T4 IECEx: Ga Ex ia IIC T4 BR-Exia IIC T4 Sensor Specifications: Gas Measuring Range Resolution Hydrogen 0-200 ppm 0.1 ppm sulfate (H 2 S) Carbon 0-1000 ppm 1 ppm monoxide (CO) Oxygen (O 2 ) 0-30% 0.1% Combustible Gass (%LEL) 0-100% LEL 0-5% v/v 1% 0.1% Alarm setpoints for all sensors are user adjustable. Setpoint(s) are automatically displayed during instrument start up. GasAlertQuattro from BW Technologies (by Honeywell) Multi-gas detector - H 2 S, CO, O 2, LEL Rugged and reliable, the GasAlertQuattro four-gas detector combines a comprehensive range of features with simple one-button operation. With flexible power options, the GasAlertQuattro is always ready when you are. The graphic LCD displays easy to identify icons that indicate operational information, such as bump test and calibration status for simplified onsite auditing. IntelliFlash provides continuous visual confirmation of detector operation and compliance. Suited to a wide range of industrial applications including confined space entry. Section Creating Value. Delivering Results. 23 Gas Detectors & Analysers 23

GasAlertMicroClipXT from BW Technologies by Honeywell Multi-gas detector - H 2 S, CO, O 2, LEL The slim and compact GasAlertMicroClip XT provides comfortable protection from atmospheric hazards. With continuous visual confirmation of detector operation and compliance provided by the IntelliFlash feature. Simple one-button operation for the ultimate ease of use significantly reduces training times. Features Incredibly thin and lightweight, making it comfortable to wear in all required situations Equipped with internal vibrating alarm for high noise areas Powered by a lithium polymer battery Continuous LCD shows real-time gas concentrations Compact and lightweight design makes it comfortable to wear Water-resistant Full function self-test of sensor, battery status, circuit integrity and audible/visual alarms on start up Bright wide-angled visual alarm bars If you require a sampling pump, please advise on booking. Specifications Size: 11.3 x 6.0 x 2.9 cm Weight: 171 g Alarms: Visual, vibrating, audible (95 db), Low, High, STEL, TWA, OL (over limit) Typical battery life: 10 hours (typical); recharges in less than 4 hours Ratings: EMI/RFI: Complies with EMC Directive 89/336/EEC, IP 66/67 Certifications and approvals: Class I, Div. 1, Gr. A, B, C, D ATEX: II 1 G Ex ia IIC T4 Ga IECEx: Ex ia IIC T4 Ga European Conformity Sensor Specifications: Gas Measuring Range Hydrogen 0-100 ppm 1 ppm sulfate (H 2 S) Carbon 0-500 ppm 1 ppm monoxide (CO) Oxygen (O 2 ) 0-30% 0.1% Combustible Gass (%LEL) 0-100% LEL 0-5% v/v Resolution 1% 0.1% Alarm set points for all sensors are user adjustable. Setpoint(s) are automatically displayed during instrument start up. 24 Section 24 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Features Simultaneously displays readings for O 2, CO, H 2 S, and %LEL Event and timed data logging Three levels of instantaneous alarms, plus time-weighted average alarms on toxic gases Weatherproof and durable housing unit waterproof to IP67 and rugged and impact resistant Easy to use with intuitive menu system and on-screen prompts to guide users Rated for Hazardous Locations* Specifications Range: Flammable (0-100% LEL), Oxygen (0-25% v/v), Carbon Monoxide (0-500 ppm), Hydrogen Sulfide (0-50 ppm) Alarm Indication: 3 levels of instantaneous alarm, time weighted average alarms on toxic Periodic confidence flash and bleep Increasingly rapid flashing, ultra-bright alarm LEDs Powerful two tone audible alarm Vibrating alarm for noisy environments Automatic start/stop feature with auto-test on start-up and flow fail alarm. Weight: Maximum 520g ( including rechargeable battery and pump) Operating temp: -20 C to +55 C *Rated for hazardous areas for Australia (EX Zone 0, I/IIB, T4) and for Aus Mines (MDA GD 5053) Other Information Rental Includes: Impact Pro, battery charger, flow adapter for calibration, pump adapter, carry case. Options: Enforcer calibration unit and calibration gas Confined Space Entry Kit Consumables p154 Please see page 26 for a detailed explanation of LEL. Impact Pro (by Honeywell) Personal Multi Gas Monitor Compact and rugged, this monitor is designed for tough working environments. The monitor is small, lightweight and unobtrusive, making it ideal for use in confined spaces where entry and exit may be difficult. Multiple alarms promote user confidence that the unit is working. Large backlit display simplifies use and minimises the need for operator training. Section Creating Value. Delivering Results. 25 Gas Detectors & Analysers 25

LEL Explained LEL sensors are used for the detection of a wide variety of combustible gases and vapors that exhibit different responses. Combustible gases (or flammable gases) can burn or explode, potentially causing extensive damage to plant and/or personnel. For a combustible gas to ignite, three conditions are needed: Gas in sufficient quantity Air or oxygen in sufficient quantity Ignition source Combustible gas must be present in a high enough concentration to ignite. The minimum concentration needed is called the Lower Explosive Limit or LEL. How does it work? An LEL sensor consists of matched detector and compensator made from coils of platinum wire embedded within a catalytic bead. Oxidation of combustibles gases and vapours releases heat, changing the resistance of one element with respect to the other which is detected as an out of balance voltage in the bridge circuit. LEL sensors have a diffusion barrier to limit the gas flux to the catalytic bead, they tend to have the greatest sensitivity to high diffusivity compounds such as Hydrogen and Methane are substantially more sensitive than heavy components such as Kerosene. Correction factors have been determined that enable the user to quantify a large number of chemicals using only one single calibration (eg Methane). Applications Confined space entry Wastewater treatment plants Marine and off-shore oil wells Landfill operations Trenches, silos, railcars Coal mines Cruise ships Sewers and manholes Tunnels Refineries and petrochemical plants including off-shore drilling and plant shut downs Power plants Pulp and paper industry Steel mills What s the difference between PID and LEL Sensors? In summary they have different detection techniques: 1. LEL Sensors are not readily able to detect heavy or long chain hydrocarbons eg. Diesel fuels/jet fuels. 2. PIDs use high energy UV light from a lamp to remove an electron from neutrally charged VOC molecule, producing a flow of electrical current proportional to the concentration of the contaminant. 3. The larger the molecule, the lower the energy required thus the larger the 26 Section 26 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

molecule, the easier to detect. 4. Small hydrocarbons such as methane are not detectable with a PID. The energy required to detect methane with a PID exceeds to energy of the UV light produced by the PID lamp. Diffusion vs Pump Gas monitoring meters like the Impact Pro, that monitor (Combustibles) LEL, Oxygen, H 2 S, CO and exotic gases can come as: Unit with a pump Unit with no pump (called diffusion heads or diffusion pumps) The latter relies on the ambient atmosphere to diffuse to the sensor heads before a reading can be taken. Catalytic Bead sensors create a small vacuum which is enough to pull the sample through. The main disadvantage of pump type meters is the sample is drawn through a gas chamber and takes a few seconds to actually hit the sensors. Diffusion pumps have their sensors placed very close to the atmosphere which gives a faster response time. Diffusion LEL monitors suit most applications but a pump driven LEL is best for: Detection of gases in hard to reach areas, where tubing is needed for easy reach Detection of supertoxics (exotic gases where the specific gravity is different to oxygen) Can I use an LEL for a Landfill application? It is not recommended for the following reasons: Although catalytic technology will work up to a certain point it requires calibration on a very regular basis unlike Infra-Red Sensors that come with Landfill Gas Monitors (GA2000 s etc). Catalytic Technology requires the presence of oxygen landfill wells monitoring lacks oxygen and therefore LELs will not perform properly in this situation. There are a number of chemicals and gases that poison the catalytic sensor and basically kill it in a very short amount of time. These chemicals and gases include silicone which is by far the worst. As silicone is used in a number of compounds (namely as a sealant e.g. silicone rubber) it would be very difficult to ensure that the catalytic technology will be isolated from any of this. LEL - A Summary The lower explosive limit (LEL) or lower flammable limit (LFL) of a combustible gas is the smallest amount of the gas that supports a self-propagating flame when mixed with air (or oxygen) and ignited. In gas-detection systems, the amount of gas present is specified as a percentage (%) LEL. Zero percent (0%) LEL denotes a combustible gas-free atmosphere. One hundred percent (100%) lower explosive limit denotes an atmosphere in which gas is at its lower flammable limit. The relationship between percent LEL and percent by volume differs from gas to gas. The lower flammable limit (LFL) describes the leanest mixture that still sustains a flame, i.e. the mixture with the smallest fraction of combustible gas, while the upper flammable limit (UFL) gives the richest flammable mixture. Section Creating Value. Delivering Results. 27 Gas Detectors & Analysers 27

Geotech GA5000 Portable Gas Analyser Landfill The GA5000 landfill and contaminated land gas analyser with available gas measurements of CH 4, CO 2, O 2, H 2 S and CO. It is easy to use and calibrate, benefiting from our market leading reliability and helping you to standardise monitoring routines, whilst supporting environmental legislation compliance. Applications include landfill gas monitoring, waste to energy, contaminated land and site investigation. Features ATEX IECEx MCERTS (applied for) CSA and UKAS calibration (ISO17025) certified Measures % CH 4 CO 2 and O 2 CH 4 and CO 2 accuracy +/-0.5% after calibration Modular and upgradeable On board context-sensitive help Benefits Easy to use and calibrate Supports environmental legislation compliance Market leading reliability Standardises monitoring routines Easy transfer of data Specifications Weight: 1.6 kg Size: L 220 mm, W 155 mm, D 60 mm Battery life: Typical use 8 hours from fully charged Display: Ultra-clear high resolution 4.3 full colour TFT Connections: Colour coded gas inlet, outlet and pressure ports. Waterproof USB port, anemometer and charger/ temperature probe connections Operating temperature range: -10 C to +50 C Atmospheric pressure range: 700 to 1200 mbar Relative humidity: 0-95% non condensing PUMP Flow: 550 ml/min typically Flow fail point: -200 mbar vacuum - user settable Maximum vacuum restart: -375 mbar approximately with flow rate of approximately 80 ml/min Facilities Temperature measurement: -10 C to +75 C with optional probe Temperature accuracy: ±0.5 C with optional probe Flow from borehole: 0-20 L/hr internal measurement Flow from borehole accuracy: ±0.3 L/hr Alarm: User selectable alarm levels Communications: Via USB lead or wireless Bluetooth Relative pressure measurement: ±500 mbar Relative pressure accuracy: ±4 mbar typically 28 Section 28 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

(should be zeroed before reading) to ±15 mbar maximum Barometric pressure measurement: 500 to 1500 mbar, ±5 mbar accuracy GPS sensor: Location and positioning Available memory: 2,000 IDs, 4,000 readings, 2,000 events Gases measured: CO 2 and CH 4 By dual wavelength infrared sensor with reference channel O 2 By internal electrochemical sensor CO (hydrogen compensated), H2S, NH3 and H2 (optional) By internal electrochemical sensor Source: The following is taken from the draft landfill gas fugitive emissions monitoring guidelines - publication 1416 September 2011. It is recommended that the document be read in its entirety for contextual reasons and also note that you should check with your local EPA authorities re their recommendations. Transects start and end 5m outside waste mass Landfill Surface Final Cover Areas Instrument Use a low-concentration methane detector with an extendable probe, capable of achieving the minimum performance specification outlined below. Performance specification for low-concentration methane detectors: Accuracy: +/ 25% of reading or +/ 2.5 ppm, whichever is greater from 1 to 10,000 ppm. Listed accuracy is achieved using methane with a onepoint calibration in the range of 100 to 500 ppm (including drift) at the temperature and humidity of the calibration. Precision/repeatability and range: +/ 5% across 1 to 10,000 ppm methane range Response time: Less than 6.5 seconds for 90% of full scale response Detection limit: 1 ppm methane Method: 1. The purpose of this method (commonly known as Cell or area to be maintained Boundary of waste mess 25m spacing a walkover survey) is to identify defects in the cap and landfill infrastructure, such as gas wells and leachate sumps, that are allowing fugitive emissions of landfill gas. The fugitive emissions are assessed by monitoring methane present in air above the cap surface. A brief desktop review of the area to be monitored should be conducted prior to commencing monitoring. This should provide an understanding of the number and location of transects to be monitored, and confirm the size of the area, the likely time required to complete the monitoring and the location of any known or likely point sources of emission or penetrations through the final cover layers. 2. Before starting monitoring, note background information including: site identification, start time of the monitoring, date, prevailing weather and recent weather conditions, current ground conditions, instruments used and serial numbers, person completing monitoring etc. During the monitoringany observations of significance (such as changes in weather) should be noted. 3. Surface emissions should be monitored continuously at a height approximately 50 mm above the ground along transects spaced at 25-metre intervals across the surface of the landfill on a cellby-cell basis. 4. Monitor at normal walking speed along 25-metre transects parallel to the landfill boundary. Typically, two sets of transects should be started from two boundaries at right angles to each other, so the transects cross in a grid pattern (see left). Each transect should start and finish approximately five metres beyond the waste boundary. Section Creating Value. Delivering Results. 25m spacing 29 Gas Detectors & Analysers 29

Geotech GA2000 Landfill Gas Analyser The GA2000 infrared gas analyser is designed for routine monitoring of landfill sites. The intrinsically safe analyser was developed following industry-wide consultation on the future needs of landfill monitoring. This extensive research has resulted in an analyser with exceptional features and design. Features Monitors CH 4 and CO 2 by reliable and stable infrared absorption, O 2, H 2 S and CO by internal electro-chemical cells Barometric and relative pressure Simultaneous display of all gases and pressures Peak CH 4 and CO 2 recording Rated for use in hazardous areas Optional Flow Pod for borehole flow monitoring (0-20 L/hr) Specifications Range: CH 4-0 to 100% volume or 0 to 100% LEL CO 2-0 to 100% O 2-0 to 25% H 2 S - 0 to 200 ppm CO - 0 to 500 ppm *Rated for hazardous locations ATEX II 2G Ex ib d IIA T1 Gb (Ta = 0 C to +40 C) Weight: 2 Kg Dimensions: 630 x 190 x 52 mm Display: LCD display, 40 x 16 characters Battery life: Typical use, 10 hours Other Information Rental includes: GA2000 in protective cover, hard plastic carry case, instruction manual, battery charger, inline water trap/moisture filter. Options: PC downloading software Flowpod for borehole flow monitoring Ex-Cap well plug for extracting gas sample from borehole Also available - GA2000 Plus featuring a hydrogen-compensated CO cell. The GA2000 Plus utilises new technology to give more reliable readings for Carbon Monoxide (CO) helping determine the presence of fires in landfill. 30 Section 30 Gas Detectors & Analysers RentalsAU@thermofisher.com 1300 735 295 www.thermofisher.com.au

Features Multi-function landfill gas management instrument Monitors CH 4 and CO 2 by reliable and stable infrared absorption, O 2, H 2 S and CO by internal electro-chemical cells Records peak Carbon Dioxide (CO 2 ), Methane (CH 4 ) and minimum Oxygen (O 2 ) readings Displays BTU and gas flow content Dual mode operation (can be switched between GA and GEM modes) Easy balancing/monitoring of gas extraction systems Rated for use in hazardous areas* Specifications Range: CH 4-0 to 100% volume or 0 to 100% LEL CO 2-0 to 100% O 2-0 to 25% H 2 S - 0 to 200 ppm CO - 0 to 500 ppm *Rated for hazardous locations ATEX II 2G Ex ib d IIA T1 Gb (Ta = 0 C to +40 C) Weight: 2 Kg Dimensions: 630 x 190 x 52 mm Display: LCD display, 40 x 16 characters Battery life: Typical use, 10 hours Other Information Rental includes: GEM2000 Plus in protective cover, hard plastic carry case, instruction manual, battery charger, inline water trap/moisture filter. Options: PC downloading software Ex-Cap well plug for extracting gas sample from borehole Operating Principles: Gas analysis - attach sample tube to bore hole and use internal pump to draw sample through analyser as per a GA2000. Volume analysis - attach 2 tubes to pitot tube and analyser and place pitot in gas extraction pipe work for pressure reading and flow and BTU calculation. Geotech GEM2000 Plus Landfill Gas Extraction Monitor The GEM2000 landfill gas monitor has been specifically designed for use on gas extraction systems, flares and migration control systems. In addition to monitoring landfill gas, the GEM2000 monitors gas flow, static and impact pressure, peak gas readings and then internally calculates the BTU content of the landfill gas. The unit allows the landfill engineer to accurately balance the gas extraction system. Section Creating Value. Delivering Results. 31 Gas Detectors & Analysers 31