Sample of Our Equipment

The Thermo Scientific ISQ 7000 is a high-performance single quadrupole GC-MS system designed for sensitive qualitative and quantitative analysis of volatile and semi-volatile organic compounds in complex matrices. Coupled with the TRACE 1310 GC, it offers stable temperature control, flexible injection options (SSL and PTV), and high-purity helium carrier gas operation. The ExtractaBrite ion source supports both EI and CI modes up to 350 °C, enabling low detection limits and robust performance for applications such as BTEX, PAHs, and total petroleum hydrocarbon (TPH) fraction analysis, with enhanced automation through a Combi PAL autosampler and integrated vapor space sampling.

The Thermo Scientific iCAP 6000 Series ICP-OES is a versatile elemental analysis system capable of detecting sub-ppb to high-concentration levels across a wide dynamic range, even in challenging matrices such as naphtha. Utilizing CID detector technology and high-transmittance optics, it enables rapid, simultaneous multi-element analysis in under 20 seconds per sample. Features such as radial and duo plasma viewing, intelligent software optimization, low argon consumption, and open-architecture sample introduction make it a reliable, high-throughput, and cost-efficient solution for routine and advanced elemental analysis.

The Hach DR3900 VIS spectrophotometer is designed for routine water and wastewater analysis, providing guided workflows that minimize operator error and ensure data integrity. It supports a wide range of colorimetric parameters such as ammonium, COD, phosphate, and nitrogen, with automatic test recognition and quality checks. Integrated data management, control charts, and connectivity to Hach's Claros Water Intelligence System enable efficient documentation, traceability, and centralized data access for regulatory and operational monitoring.

The Hach 2100Q is a portable, high-accuracy turbidimeter engineered for reliable turbidity measurements in field and laboratory environments. It features on-screen guided calibration, RapidCal single-standard calibration for low-level measurements, and an advanced Rapidly Settling Turbidity mode that ensures repeatable results for difficult samples. Flexible data transfer via USB and robust optical design make it well-suited for compliance monitoring, process control, and field sampling applications.

The Hach SensION+ pH3 is a comprehensive laboratory electrochemistry system for precise pH and temperature measurements in aqueous samples. Supplied as a complete workstation with electrodes, calibration solutions, magnetic stirrer, and accessories, it offers guided navigation, reproducible measurement conditions, and low consumable usage. The system is designed for ease of use, accuracy, and cost-efficient operation across a broad range of general laboratory and water quality applications.

The AP-2000 is a compact, advanced multiparameter water quality probe designed for field and continuous monitoring applications. It integrates optical dissolved oxygen technology for high stability and low maintenance, along with core parameters such as pH, conductivity, ORP, turbidity, salinity, TDS, and temperature. Expandable auxiliary ports allow connection of additional ISE and optical sensors, enabling measurement of nutrients, algae, hydrocarbons, and fluorescence-based parameters, making it a flexible solution for environmental and industrial water monitoring.

The Multiwave GO Plus is a compact and cost-efficient microwave digestion system utilizing patented Directed Multimode Cavity (DMC) technology to optimize microwave distribution based on vessel loading. Its rapid heating and TURBO cooling enable very short digestion and cooling cycles, supporting high sample throughput and compliance with EPA methods. Pre-installed methods and Smart Vent technology provide ease of use, safety, and versatility for routine sample preparation prior to elemental analysis.

The Kjeldahl distillation system is a standard laboratory apparatus used for the determination of total nitrogen content in organic and inorganic samples such as water, soil, and fertilizers. Based on the classical Kjeldahl method, it converts organic nitrogen into ammonium, which is then distilled and quantified. The system is widely accepted for regulatory, agricultural, and environmental analysis due to its robustness, accuracy, and standardized methodology.

A flame photometer is an analytical instrument used for the quantitative determination of alkali and alkaline earth metals, particularly sodium, potassium, lithium, and calcium. The technique is based on flame excitation of atoms and measurement of emitted light at characteristic wavelengths, with emission intensity directly proportional to ion concentration. It is commonly applied in water analysis, clinical laboratories, and agricultural testing for rapid and cost-effective metal ion determination.

A calcimeter is used to determine calcium carbonate content in soils, rocks, and related materials using the calcimetric (volumetric) method. The sample reacts with hydrochloric acid to release carbon dioxide gas, and the measured gas volume is used to calculate carbonate concentration. This method is widely applied in geology, soil science, and environmental studies for assessing carbonate content and buffering capacity.

Apex offers a variety of source sampling consoles ranging from digital to fully automatic source samplers. The Source Sampler Console serves as the operator's control station. It monitors gas velocity and temperatures at the sampling location and controls the system sampling rate and temperature. The console houses the electrical, thermocouple, and vacuum sub-systems.

The Testo 350 is a rugged and easy-to-use exhaust gas analyzer designed to meet the highest industrial emission measurement standards while providing reliable data management. The Analysis Box supports up to 6 gas sensors (with 5 optional), allowing flexible selection from CO, NO, NO₂, SO₂, H₂S, CxHy, and CO₂ sensors.

Mass Flow Controlled PM10 sampling system featuring: Size-selective inlet (<10 micron cut size), anodized aluminum shelter, 8" × 10" stainless steel filter holder with probe hole, blower motor assembly, continuous flow and pressure recorder, combination mass flow controller with 20–60 SCFM airflow probe, timer with elapsed time indicator, and filter media holder with filter paper cartridge.

Sound measurement involves measuring sound pressure levels using professional sound measuring devices. Common measurement quantities include: A-weighted sound pressure level (SPL / Lp), time-weighted sound pressure level (LAF / LAS), sound exposure level (LAE), and time-averaged sound level (LAeq). Measurements may be performed using integrating sound level meters or personal sound exposure meters, depending on methodology and application.

Environmental Site Assessment: Monitoring contaminated sites and tracking plume migration. Resource Management: Tracking aquifer health and groundwater depletion. Geotechnical Projects: Monitoring water pressure and stability at construction sites or dams. Mining & Hydrogeology: Deep-well monitoring and dewatering operations.

Detector: Halogen-quenched, uncompensated GM tube with thin mica window (1.4–2.0 mg/cm² areal density). Housing: Anodized aluminum with coated black foam grip. Power Supply: 500-volt power supply located in probe head. Size: Approx. length 22.2 cm (8.75 in), diameter 7 cm (2.75 in). Connector: Amphenol Tuchel connectors. Accuracy: ±10% (0–100 mR/hr | 1–1000 µSv/hr), reference Cs-137. Display: 4-digit LCD with status indicators.