October 30, 2025
Water, the foundation of life and civilization, faces unprecedented challenges in the modern era. Rapid industrialization and population growth have intensified water pollution, scarcity, and safety concerns worldwide. In this critical context, HACH LANGE has emerged as a global leader in water quality analysis, redefining monitoring standards through cutting-edge technology and comprehensive solutions.
The HACH LANGE legacy originates from two pioneering companies: Germany's Dr. Bruno Lange GmbH and America's HACH Inc., both renowned for their groundbreaking contributions to water analysis.
Founded in early 20th century Berlin by scientist-entrepreneur Dr. Bruno Lange, the company revolutionized photometric water analysis. Its high-precision photometers became industry benchmarks, establishing fundamental methodologies still used today.
Established in 1930s Colorado by chemist Clifford Hach, the firm pioneered electrochemical water testing instruments. Its sensitive, reliable devices transformed industrial and municipal water monitoring capabilities.
The 2000 merger created a technological powerhouse combining photometric and electrochemical expertise. Today, with 2,500+ employees worldwide, HACH LANGE maintains research centers across Germany, France, Switzerland, the United States, and China, ensuring continuous innovation in water analysis technology.
HACH LANGE's international presence spans 22 European countries through subsidiaries and extensive partner networks, with strategic expansions into Greece (2007) and Croatia (2008).
The company emphasizes region-specific adaptations, including localized product configurations, technical support teams familiar with regional water characteristics, and responsive maintenance services. This approach ensures optimal performance across diverse water quality conditions and regulatory environments.
HACH LANGE's product portfolio addresses critical water management needs across multiple sectors:
Complete monitoring solutions from source to tap, including treatment process optimization and distribution network surveillance, ensuring compliance with international safety standards.
Advanced systems for influent characterization, biological process control, and effluent quality verification, helping municipalities meet environmental discharge requirements.
Customized solutions for manufacturing sectors, including real-time effluent monitoring, treatment process automation, and water reuse optimization to support sustainable operations.
Integrated systems for surface water, groundwater, and marine environments, providing regulatory agencies and research institutions with comprehensive water quality data.
This intelligent distributed sensor/controller platform enables remote maintenance and flexible system configurations, reducing operational costs while improving monitoring reliability.
Continuous water quality surveillance systems featuring high-accuracy sensors, robust data transmission, and predictive maintenance capabilities for critical water infrastructure.
Advanced photometric and electrochemical instruments with automated calibration and quality control features, delivering laboratory-grade accuracy in field and plant environments.
HACH LANGE complements its technological offerings with comprehensive support services:
The company's unified monitoring platforms combine hardware, software, and data analytics for complete water management:
End-to-end solutions from raw water intake through treatment to distribution, featuring early warning systems for contamination events.
Real-time process control systems that optimize biological treatment efficiency while minimizing energy consumption.
Comprehensive discharge monitoring solutions with automated reporting functions for regulatory documentation.
HACH LANGE continues to invest in emerging technologies and expanded applications:
Through sustained innovation and global collaboration, HACH LANGE maintains its commitment to advancing water quality science and supporting sustainable water management practices worldwide.