Performing laboratory tests and analyses to understand the current state of processes, to make informed decisions and improve performance. Thus, managing our clients' systems with the highest possible quality.

Bathymetry and GPS mapping are valuable tools providing information to evaluate water body beds. They enable sediment profiles, better understanding of their characteristics, and appropriate planning for management goals. Moreover, this information is crucial for maintaining optimal water quality and better resource management.

Desler has trained professionals to evaluate and lead projects complying with legal frameworks and all required documentation as requested by provincial and national authorities.

Tasks associated with water body management are vital for ensuring their quality. At Desler, we provide comprehensive work involving analysis and control of key parameters to determine aquifer structural integrity, cleaning, maintenance for resource recovery, conservation in optimal condition, and introducing improvements for desired utilization.

Such tasks involve implementing strategies and techniques to address issues related to excessive nutrient enrichment, like nitrogen and phosphorus, in water bodies. Eutrophication is a natural or human-induced phenomenon causing significant growth of macro and microbiota, potentially leading to adverse changes in water quality and aquatic ecosystem health. Physical-Chemical-Biological remediation combines different approaches to restore and maintain well-being of aquifer systems affected by eutrophication.

This task is fundamental in water management and hydrological engineering, as these models enable understanding and predicting water distribution and movement in a fluvial system, allowing precise decisions for sustainable water resource management and risk mitigation.

These activities are fundamental components in civil and environmental engineering projects carried out to prepare and condition the land, ensure structural stability, control soil permeability, and manage water dynamics in the soil. Proper design and execution of these activities significantly contribute to the success and durability of civil and environmental engineering projects.

Wastewater treatment involves a series of physical, chemical, and biological processes aiming to eliminate contaminants and/or pathogens in water, effluent from human use, or other uses. Based on this premise, Desler handles reconditioning of channels obstructed by solids to restore functionality. This work involves treating wastewater to sanitize the active channel.

The semi-automatic hydraulic dredging system allows choosing the best option for extracting sludge from water bodies without taking them out of service. The equipment type used does not generate large amounts of suspended solids, thus avoiding alterations in water quality. Moreover, a retention system with textile filtering geoforms is used, consisting of using tubes made of textile material developed especially for dehydration of a wide variety of sludge types.

Reprofiling is essential to ensure structural integrity and minimize environmental impacts associated with soil erosion. Implementing this task requires a multidisciplinary approach, especially when performing waterproofing tasks, making it essential to incorporate principles of geotechnical, hydraulic, and environmental engineering.

Performing laboratory tests and analyses to understand the current state of processes, to make informed decisions and improve performance. Thus, managing our clients' systems with the highest possible quality.

Bathymetry and GPS mapping are valuable tools providing information to evaluate water body beds. They enable sediment profiles, better understanding of their characteristics, and appropriate planning for management goals. Moreover, this information is crucial for maintaining optimal water quality and better resource management.

Desler has trained professionals to evaluate and lead projects complying with legal frameworks and all required documentation as requested by provincial and national authorities.

This will allow identifying which point or parts of the process significant deviations occur, and if necessary, establish, evaluate, and apply measures to eliminate or reduce operational risks.

At Desler, we excel in executing "turnkey" projects for various industries. We develop projects considering the specific characteristics of the effluents to be treated, emphasizing technological innovation and resource utilization to minimize possible environmental impacts.

We know water is at the heart of sustainable development and is fundamental for socio-economic development. Therefore, we take industry cases to reassess, improve, optimize, or design resource utilization within the production process, guiding our clients to improve their environmental performance.

Effluent treatment processes and systems often produce residual sludge or mud, which is beneficial to dehydrate to reduce transport and treatment costs. In sludge dehydration, Desler offers a wide range of services, including dehydration tests, centrifugal dehydration, and vacuum or press filter dehydration, transport, treatment on-site or off-site, and final disposal. We have a track record of projects carried out in top-level companies, and we have already dehydrated thousands of tons.

The semi-automatic hydraulic dredging system allows choosing the best option for extracting sludge from water bodies without taking them out of service. The equipment type used does not generate large amounts of suspended solids, thus avoiding alterations in water quality. Moreover, a retention system with textile filtering geoforms is used, consisting of using tubes made of textile material developed especially for dehydration of a wide variety of sludge types.

Through a series of physical, chemical, and biological processes aiming to eliminate contaminants present in the water. This substantially improves our clients' environmental performance.

Industries have machinery and equipment that are used permanently. Therefore, they must have proper maintenance to achieve maximum performance. Desler has the technology for deep cleaning that allows decontamination by removing any compound, deposit, or scaling that alters the proper functioning of equipment.

Spaces like pools, tanks, and chambers usually accumulate residues that must be extracted to maintain the operational capacity of these facilities and prevent accidents. Usually, these operations require personnel to enter these spaces, with associated risks. Desler has extensive experience in highly complex tasks, even with the use of assisted breathing. Also, Desler offers a variety of treatments for confined spaces, according to the technical and economic convenience of each.

At Desler, we specialize in working individually with each client, addressing their needs and particularities. We know process management involves specific tasks that must be adjusted to each industry's reality. Therefore, we develop specific and tailored projects to tackle particular challenges in operational management.