Manure

Intensive areas of livestock farm produce liquid effluents called manure which due to its polluting power should be treated before final disposal. The different treatment processes produce gaseous emissions that should be washed.

TECNIUM has references to treat the gases coming from manure drying and stripping installations for NH3 coming from lixiviates produced in this type of plants

venturi ciclo purins R - Tecnium

Applications

Casaquemada R - Tecnium

Polluted Gas Wet Absorption

manure - Tecnium

Lixiviate Stripping on Manure Treatment Plants

Manure treatment plants using an anaerobic process to produce methane biogas, produce liquid lixiviates with usually dissolved NH3 that has to be stripped before disposing such waters away.

Gas Treatment Technologies

Casaquemada R - Tecnium

Absorption: TECNIUM-CHEM

Under this technology Tecnium supply multiple systems for gas treatment and odor control based on water or chemical absorption using wet scrubbers, jet venturis and cyclons.

VPY 3038 DRACE DUBLIN R - Tecnium

Stripping: TECNIUM-DEGAS

Subterranen waters, pond water, landfill lixiviates, manures, ultrafiltrated waters can contain disolved gases which have to be eliminated before further treatment. TECNIUM has the needed technology to do so.

Other sectors available

RSU / MBT Plants
Chemical / Fine Chemical / Pharmaceutical
Fertilizers
Waste Water Treatment Plant
Potable Water Treatment Plant
Steel Industry and Surface Treatment
Mining
Manure
Pulp & Paper
Engineering

Manure treatment is a pivotal concern within intensive livestock farming sectors, due to the subsequent production of liquid effluents—manure. The significant polluting potential inherent in manure mandates meticulous treatment before its final disposal. TECNIUM is a leading innovator, presenting adept manure industry solutions, uniquely designed to manage and treat gases emanating from manure drying and stripping installations, mitigating the environmental impacts effectively.

Manure industry solutions encompass a variety of technologies and processes aimed at treating and managing the pollutants within manure produced in livestock farms. These are critical in reducing the environmental impacts of liquid effluents, controlling the emission of hazardous gases, and ensuring eco-friendly disposal of waste products.

Within manure treatment plants, the use of anaerobic processes for methane biogas production is widespread, leading to the generation of liquid leachates, usually containing dissolved NH3. Stripping these elements before disposing of such waters is imperative. TECNIUM’s manure industry solutions are indispensable in this regard, specializing in the crucial realm of lixiviate stripping within manure treatment environments.

Our commitment at TECNIUM extends to provisioning sustainable solutions within the manure industry. We craft our solutions with an acute focus on addressing the environmental concerns associated with gaseous emissions and liquid effluents in manure, thereby aligning with environmental standards and contributing effectively to ecological conservation.

TECNIUM continues to lead in providing specialized, innovative solutions, adapting and evolving to meet the dynamic needs of the manure industry. By integrating advanced technologies and sustainable practices, we are enabling a future where manure treatment is synonymous with environmental stewardship and operational efficiency.

In the sphere of absorption technology, TECNIUM-CHEM proffers a range of manure industry solutions, tailored for gas treatment and odour control. By exploiting water or chemical absorption, we incorporate wet scrubbers, jet venturis, and cyclones to render advanced solutions, precisely addressing the distinct challenges in managing emissions from manure.

Addressing the need for treating subterranean waters, pond water, landfill leachates, manures, and ultrafiltrated waters, TECNIUM-DEGAS stands out. These mediums often harbour dissolved gases that need to be eliminated before proceeding with further treatment, and our technology ensures effective removal, simplifying subsequent treatment methodologies.