Dagaz Environmental Inc. services

For 26 years, the Little River Pond Mill^® circulators having been assisting in the improvement of surface waters including dugouts, lakes and ponds. Eutrophic lakes and other surface waters suffer from high nutrient and carbon loading, high primary productivity, and in many cases oxygen deprivation, the growth or excessive growth of undesirable/harmful organisms, and other undesirable characteristics. The Little River Pond Mill^® circulator floats on the surface of the water and becomes an effective ecosystem management tool that addresses many issues of proper surface water management which include the reduction or elimination of odours, BOD (biological oxygen demand or biochemical oxygen demand), COD (chemical oxygen demand), TSS (total suspended solids or suspended solids), pollutants, algal and milfoil blooms, and the increase of DO (dissolved oxygen), organism diversity and competition, etc.

Excessive growth of algae and cyanobacteria can form floating clumps or scum on surface waters and seriously deteriorate the appearance of shorelines and water quality. The excessive growth can resemble a thick pea soup, be potentially harmful to people and animals, and emit a strong odour. Algae and cyanobacteria blooms are typically a sign of nutrient rich waters. The nutrients enter the water through municipal sewage/gray water, animal and poultry sewage, fertilizer, erosional deposition of nutrient and organic matter rich soil, and many other avenues. Low wind conditions, combined with optimal sunshine and nutrient rich waters, are key requirements for algae and cyanobacteria blooms.

For 23 years, the Little River Pond Mill^® circulators having been assisting in the improvement of waste water systems globally by enhancing both biological and natural chemical processes in aquatic (water based) environments (biostimulation). One of the primary problems associated with wastewater reservoirs and holding facilities is the excess of one or more nutrients, and/ or other chemicals, causing an imbalance within the system. Anoxia, or low to no oxygen status, is typical within this unbalanced state. These conditions, combined with potential environmental toxins, create pollution/ toxic waste or a pollution/ hazardous waste hazard.