Challenge Technology is a company that specializes in manufacturing respirometric equipment and materials testing equipment. Their core business focuses on producing high-quality respirometers, which are used to measure biological processes in various fields such as wastewater treatment, biogas optimization, compost evaluation, and soil remediation. The company also offers a range of materials testing equipment for the transportation industry, including devices for testing concrete, asphalt, and aggregates. Their products include respirometers, biomethane potential analyzers, oxygen demand monitors, and materials testing machines, which are designed to provide accurate and reliable data for research, testing, and optimization purposes.

Challenge Technology is a world leader in the design and manufacturing of high quality respirometers that support the wastewater, biofuel & bioremediation industries. This same dedication and experience is seen in the full line of Challenge Technology products, including the latest developments in materials' testing equipment. Challenge Technology, seeing the need to innovate more precise test procedures for concrete and asphalt materials , has led to the development of a unique line of automated test equipment that prove to be the best available for repeatability and reliability. By removing as much human error as possible by automating test procedures and development of new measurement technology, Challenge Technology offers cutting edge products for the Civil Engineering field.

Waste water treatment, Hydrogen production, Methane production, Bio degradation, Respirometers, Asphalt and Concrete test equipment

respirometers, biogas flow meters, wastewater monitoring, concrete thermal expansion, bulk specific gravity of asphalt and aggregates, mobile hydraulics lab

Manometric respirometers Methane potential analyzers Digital gas flow totalizers Concrete Thermal Expansion Automated Test Equipment Bulk Specific Gravity and Absorption Automated Test Equipment for Asphalt and Aggregates Mobile Hydraulics Lab for Academic Study

1990