OUR SERVICES

WATER MONITORS supply & install services

We set up and install Water Quality Monitoring System  for monitoring water quality parameters such as pH, turbidity, dissolved oxygen, chlorine levels, and contaminants. These systems collect data from sensors installed throughout the water distribution network and provide analysis tools for assessing compliance with regulatory standards.

  • TRADE EFFLUENT
  • MONITORING
  • WATER QUALITY
  • MONITORING & SAMPLING.
  • CATCHMENT BASED MONITORING.
  • COMBINED SEWER OVERFLOW MONITORING
  • H2S MONITORING.
  • RIVER FLOW GAUGING
monitorscreen
Industrial-water
1000022830

EFFLUENT MONITORING SYSTEMS

Effluent monitoring is the process of systematically sampling and analyzing wastewater (effluent) that is discharged from treatment plants, industrial facilities, or other sources into natural
water bodies or municipal sewer systems. This type of monitoring is critical to ensure compliance with environmental regulations, protect public health, and minimize the impact on ecosystems.

  • Sampling Grab Sampling (Composite Sampling)
  • Physical Parameters (Temperature, turbidity, color,  suspended solids (TSS)
  • Chemical (pH, COD, BOD, nutrients, heavy metals, toxic substances)
  • Biological Parameters (coliform bacteria, pathogens, microbial activity)
  • Flow Rate (effluent being discharged)
  • Automated Samplers (e.g., flow rate changes)
  • On-Site Testing Kits.
  • Laboratory Analysis

software development SUPPORT

There are a number of different approaches that can be taken to develop any of these categories.
These include: Scrum development where multi-skilled teams use time-boxed development stages.
Kanban development, using a visual work pipeline without any time-boxing.  Sandbox development where untested code is isolated from production systems.

  • System software development to provide the core functions such as operating systems, storage systems, databases, networks, and hardware management.
  • Development tools that provide software developers with the tools to do their job, including code editors, compilers, linkers, debuggers, and test harnesses.
  • Embedded software development that creates the software used to control machines and devices, including automobiles, phones, and robots.