Testing labs in Haifa

KTE Dr. Katz Technologies & Enterprises (Hebrew: ד"ר כץ טכנולוגיות ושירותי אנליזות בע"מ) is an Israeli environmental testing and consulting firm founded in 1993 and headquartered at 53 HaMeginim Boulevard in Haifa, Israel. Led by Dr. Gil Katz, who brings decades of specialist expertise in environmental and chemical engineering, the company has established itself as one of Israel's foremost providers of accredited field surveys, sampling campaigns, and analytical laboratory services focused on soil and groundwater contamination. The firm operates under both the KTE brand and the dedicated domain kte-soilwater.co.il, reflecting its integrated strengths in environmental fieldwork and laboratory analysis. KTE's core service offering centers on comprehensive soil surveys (סקרי קרקע — soil surveys) and groundwater contamination investigations. The company designs and executes Phase II environmental site assessments for sites affected by legacy industrial activity, underground fuel storage, landfill leachate, or other hazardous-material releases. Field activities include soil drilling and auger sampling to specified depths, the installation and development of groundwater monitoring wells (קידוחי בארות מים לניטור), and the collection of representative soil and water samples in full compliance with Israeli regulatory requirements and international protocols. The field team deploys advanced Ground Penetrating Radar (GPR) for subsurface infrastructure detection and uses modern GPS instrumentation with centimeter-level accuracy to geo-reference all sampling locations. A distinguishing KTE specialty is soil gas surveying (בדיקת גזי קרקע). The company conducts both passive and active soil gas investigations to characterize vapor-intrusion risk and map subsurface contamination plumes of volatile organic compounds. Soil gas samples are analyzed in accordance with U.S. EPA Method TO-15, which governs the measurement of volatile organic compounds in ambient air by canister collection followed by gas chromatography/mass spectrometry (GC/MS). This internationally recognized EPA-standard methodology allows KTE to serve clients with cross-border requirements and delivers results that can be directly compared against international risk-based screening levels. The laboratory's analytical capabilities span the principal compound classes associated with soil and groundwater contamination. KTE analyzes Volatile Organic Compounds (VOCs) including BTEX (benzene, toluene, ethylbenzene, and xylenes) and MTBE; Semi-Volatile Organic Compounds (SVOCs) including polycyclic aromatic hydrocarbons (PAHs), polychlorinated biphenyls (PCBs), and chlorinated pesticides; and Total Petroleum Hydrocarbons (TPH) across multiple carbon-range fractions — gasoline-range organics (TPH-GRO, C6–C10), diesel-range organics (TPH-DRO), and oil-range organics (TPH-ORO, C10–C40). All analyses are carried out according to ISO and EPA-approved methods, and standard results are delivered within 7–10 business days, with expedited express turnaround available on request. KTE holds ISO/IEC 17025 accreditation granted by the Israeli Laboratory Accreditation Authority (ISRAC), Israel's sole internationally recognized body for testing and calibration laboratory accreditation, and is registered under ISRAC laboratory number 395. In addition, KTE maintains ISO 9001 certification governing sample reception, registration, and laboratory handoff procedures, ensuring rigorous chain-of-custody and quality management from field collection through final analytical report. The company also holds formal approval from Israel's Ministry of Environmental Protection (המשרד להגנת הסביבה) to conduct legally recognized analyses in soil, water, and air/emissions — a mandatory qualification for environmental compliance reporting submitted to Israeli regulators. KTE serves clients across the public and private sectors, including real estate developers and construction companies requiring pre-construction soil investigations (בדיקות קרקע לפני בנייה), industrial facilities managing on-site contamination, municipal bodies overseeing brownfield remediation, and government agencies conducting regulatory enforcement and oversight. A landmark project in the company's history was its early involvement in monitoring and treating the contaminated Kishon riverbed (נחל קישון), one of Israel's highest-profile environmental enforcement cases. Dr. Katz subsequently served as chairman of the national expert committee for the Kishon stream rehabilitation program, cementing the firm's recognized authority in contaminated-site science at a national level. Beyond individual project work, KTE has developed collaborative arrangements with international analytical laboratory networks, including a working partnership with ALS Life Sciences, to extend the scope of analyses available to clients requiring multi-analyte testing programs for complex site investigations across soil, groundwater, wastewater, and air/flue gas matrices. The company's multidisciplinary team — comprising environmental engineers, chemical engineers, and biotechnology engineers with deep specialization in hazardous materials and site contamination — is equipped to manage large environmental projects from initial desk study and field investigation through remediation verification. KTE's three decades of track record in Israel's environmental sector, its dual ISO 17025 and ISO 9001 credentials, ISRAC registration, and direct Ministry of Environmental Protection approval make it a credible and authoritative partner for environmental due diligence, contaminated-site investigation, and regulatory compliance testing.

PMDS Oil & Tribology Laboratory (PMDS מעבדות שמנים ותרמוגרפיה — PMDS Oil and Thermography Laboratories) is a private, accredited testing and predictive maintenance laboratory established in 1993 and located in Gutwirth Park, Kiriat Technion (Technion Area), Haifa, Israel. For over three decades, the laboratory has served a wide cross-section of Israeli industry, providing integrated predictive maintenance (אחזקה חזויה) services that combine oil analysis, ferrographic wear analysis, thermographic inspection, ultrasonic testing, and non-ionizing radiation measurement under one roof. The laboratory's multidisciplinary team of engineers and engineering technicians spans the fields of mechanical engineering, chemistry, materials science, and electrical engineering, enabling it to deliver holistic condition-monitoring programs that extend equipment life and prevent costly unplanned downtime. The laboratory holds ISO/IEC 17025 accreditation from Israel's National Accreditation Authority for Laboratories (ISRAC), the internationally recognized standard for technical competence in testing and calibration, with quality management requirements that encompass ISO 9000. In addition, PMDS holds a permit from the Standards Authority (Memune al HaTkina) of Israel's Ministry of Economy and Industry to test petroleum products and issue official test certificates for oils, diesel fuels, greases, and related petroleum products. These dual accreditations position PMDS as a trusted third-party laboratory for regulatory compliance, quality assurance, and formal certification within the Israeli market. At the core of PMDS's offering is its oil analysis laboratory, which performs a comprehensive suite of physical and chemical tests on lubricating oils, greases, and diesel fuels. Key analyses include kinematic viscosity, water content in oil, total acid number (TAN), total base number (TBN), flash point, and dielectric breakdown voltage, alongside a broad range of additional tests. The laboratory quantifies wear metals and additive elements — including iron, copper, aluminum, silicon, and other trace elements — using spectrometric methods. Oil types routinely tested encompass air compressor oils, refrigeration compressor oils, transformer oils, turbine oils, generator oils, engine oils, gearbox oils, and process oils for injection molding machines and extruders. Systematic oil testing enables clients to extend oil drain intervals safely, often well beyond the intervals recommended by equipment or lubricant suppliers, generating significant cost savings without increasing operational risk. Ferrographic wear and contamination analysis (אנליזות בלאי וזיהומים פרוגרפיות — ferrographic wear and contamination analyses) represents PMDS's flagship diagnostic technique for monitoring rotating machinery and equipment condition. Ferrography separates wear particles from oil and grease samples and examines them both quantitatively and qualitatively under microscope. This technique reveals the concentration, size, morphology, and composition of metallic and non-metallic debris, providing early warning of abnormal wear modes — including fatigue, adhesive wear, corrosive wear, and abrasive wear — in engines, turbines, compressors, extruders, mixers, and other rotating assets. Samples are typically collected from operating machinery without production interruption, preserving equipment availability while delivering diagnostic insights that prevent unexpected failures and their associated direct and indirect costs (downtime). PMDS also conducts diesel fuel testing on transportation diesel, generator diesel, and heating diesel samples, assessing compliance with applicable Israeli national standards. The laboratory is specifically licensed by the Ministry of Economy and Industry for this scope, making its test certificates acceptable to regulatory authorities. Thermographic scanning services (סריקות תרמוגרפיות) are provided using infrared cameras that translate thermal signatures into color-coded images, enabling non-contact temperature measurement across entire systems. Thermographic inspections are particularly valued in electrical installations — switchgear panels, busbars, transformers, cable joints, and power distribution equipment — where hot spots indicate imminent failure, fire risk, or energy waste. PMDS delivers thermographic services through a senior Type-3 licensed electrical inspection engineer, allowing inspection visits to produce both thermal imaging findings and formal compliance certificates for regulatory authorities, supporting both safety and energy efficiency initiatives at industrial and institutional facilities. Ultrasonic testing at PMDS employs ultrasound detectors that convert ultrasonic emissions — acoustic signals above the threshold of human hearing — into audible and displayable signals. In a predictive maintenance context, ultrasonic inspection detects compressed air and gas leaks from vessels and pipework, assesses the integrity of steam boilers, steam lines, and steam traps, and identifies electrical phenomena such as corona discharge, arcing, and partial discharge in high-voltage equipment. Ultrasonic testing complements thermography, ferrography, and vibration analysis, collectively providing multiple independent diagnostic windows into asset health. Non-ionizing radiation measurement services (קרינה בלתי מייננת), authorized by Israel's Ministry of Environmental Protection, are offered by a certified inspector. The measurement scope covers ELF (Extremely Low Frequency) electric-power-frequency fields as well as radio broadcasting stations, cellular networks, microwave links, satellite ground stations, radar installations, and personal wireless devices, supporting employer and facility compliance with national and international exposure standards and helping mitigate documented health risks associated with excessive electromagnetic field exposure. All test reports generated by PMDS are made available through a dedicated secure online portal that presents both current findings and historical trend data, enabling clients to track changes over time and make data-driven maintenance decisions. The integration of multiple independent predictive maintenance techniques — oil analysis, ferrography, thermography, ultrasonics, and radiation measurement — into a single service offering is a defining differentiator of the laboratory. Clients in manufacturing, energy, utilities, and industrial infrastructure benefit from this integrated approach, which reduces unplanned production stoppages, prevents electrical fires, minimizes unnecessary oil changes and scheduled overhauls, and contributes to measurable energy savings. With more than thirty years of continuous operation from its Haifa Technion campus base and state-of-the-art analytical instrumentation, PMDS Oil & Tribology Laboratory is a credible and authoritative partner for industrial predictive maintenance and oil and petroleum quality assurance in Israel.

Quality assurance (QA) consulting, mechanical testing, measurement laboratory services, ISO standards consulting & certification preparation (9001, 14001, 13485, AS9100, AS9120), defense industry QA, automotive industry QA, aerospace/aviation QA, civil industry QA, source inspection.

Milouda & Migdal Laboratories are Israeli analytical laboratories providing testing services for food, water, agriculture and environmental samples.

Oceanographic.

Oil industry.