Other services we provide
Storm Drain Cleaning & Repair
Storm drains, also referred to as catch basins, are part of the draining system installed in streets, driveways and roofs. To prevent any potential flooding, storm drains need to be working at 100% capacity at all times. After being hit by a major storm or left unattended for a long period of time, storm drains can get clogged with leaves, twigs, dirt and other debris. If the storm drain is not maintained it could lead to flooding as well as building and structural damage that could be costly to repair. Also, it is important to remember that storm drains lead directly to our lakes and streams, leaving them unattended can be harmful to the environment. At Windmill, our storm drain services include:
- clearing any blocked drains
- removal of debris from storm drain structures
- cleaning or repairing of any damaged drainpipes
To ensure that storm drains are always in working condition and to avoid any potential flooding, storm drains must be cleaned and maintained regularly. We, at Windmill Oil Tank Service, are experts in commercial and municipal storm drain inspections, cleanings and repairs.
Vacuum Truck Service
A vacuum truck service involves the use of specialized trucks equipped with vacuum systems to perform various tasks such as cleaning out sewers, septic tanks, and industrial waste tanks, as well as transporting hazardous and non-hazardous materials. These trucks typically have a large tank to store the extracted material and powerful vacuum pumps to efficiently suck up liquids, sludge, and solids from the specified area. Vacuum truck services are commonly utilized by municipalities, industrial facilities, and construction sites to maintain cleanliness, ensure proper waste management, and comply with environmental regulations.
Remedial Investigation/Feasibility Studies
A Remedial Investigation/Feasibility Study (RI/FS) is a process used in environmental remediation projects to assess and address contamination at a site. Here’s a breakdown of each component:
- Remedial Investigation (RI): This phase involves the detailed investigation of the nature and extent of contamination at a site. It typically includes activities such as soil and groundwater sampling, laboratory analysis, geophysical surveys, and the characterization of potential risks to human health and the environment. The goal of the RI is to gather enough data to accurately understand the problem and develop effective remediation strategies.
- Feasibility Study (FS): Once the RI is complete and the extent of contamination is understood, the next step is to evaluate various remediation options. The FS assesses the feasibility of different cleanup alternatives based on factors such as effectiveness, cost, technical feasibility, and potential impacts on human health and the environment. This may involve comparing options such as excavation and removal, in-situ treatment, containment, or natural attenuation.
Together, the RI/FS process provides a comprehensive understanding of site contamination and helps stakeholders make informed decisions about how best to address it. It is a crucial part of the overall environmental remediation process, especially for sites contaminated with hazardous substances or pollutants.
Interim Remedial Measures and Work Plans
Interim Remedial Measures (IRMs) are actions taken to address immediate threats posed by contamination at a site before a comprehensive cleanup or final remedy can be implemented. These measures are typically temporary and are aimed at reducing risks to human health and the environment while long-term remediation plans are developed and implemented.
Interim Remedial Measures can include activities such as:
- Containment: Erecting barriers or implementing other measures to prevent the spread of contamination to surrounding areas.
- Source Control: Implementing measures to stop or reduce the release of contaminants from their source.
- Treatment: Applying technologies to reduce the toxicity or mobility of contaminants in soil, groundwater, or other media.
- Removal: Removing or isolating contaminated materials to prevent exposure.
Work Plans, on the other hand, are detailed documents that outline the specific activities and timelines for implementing Interim Remedial Measures or other phases of an environmental cleanup project. Work Plans typically include:
- Objectives: Clearly defined goals and objectives for the work to be performed.
- Scope of Work: Detailed description of the activities to be undertaken, including sampling and analysis, fieldwork, and monitoring.
- Schedule: Timelines for each phase of the project, including start and end dates for key tasks.
- Budget: Estimated costs associated with the work, including labor, materials, and equipment.
- Health and Safety Measures: Protocols and procedures to ensure the safety of workers and the community during project implementation.
Work Plans are typically developed in consultation with regulatory agencies and other stakeholders and are subject to review and approval before implementation. They provide a roadmap for executing remediation activities in a systematic and efficient manner, ensuring that project objectives are met safely and effectively.
Soil Contamination Studies
Soil contamination studies are investigations aimed at assessing the presence, extent, and potential risks associated with contaminants in soil. These studies are typically conducted to evaluate the impact of human activities, industrial processes, waste disposal, or accidental spills on soil quality and environmental health. Soil contamination studies can encompass various activities and approaches, including:
- Sampling and Analysis: Soil samples are collected from various locations within a study area and analyzed in laboratories to determine the presence and concentration of contaminants such as heavy metals, petroleum hydrocarbons, pesticides, and other chemicals.
- Site Characterization: Detailed assessments of soil properties, geology, hydrology, and land use history are conducted to understand the factors influencing contamination and potential pathways for migration.
- Risk Assessment: Evaluating the potential risks posed by contaminated soil to human health, ecological receptors, and environmental resources. This involves considering factors such as exposure pathways, toxicity of contaminants, and sensitivity of receptors.
- Remediation Feasibility: Assessing the feasibility of various remediation options to mitigate soil contamination. This may involve evaluating technologies such as excavation and removal, soil vapor extraction, bioremediation, soil washing, or in-situ treatment.
- Regulatory Compliance: Ensuring that soil contamination studies adhere to relevant regulations and guidelines set forth by environmental agencies and regulatory bodies. This may involve obtaining permits, complying with sampling protocols, and meeting reporting requirements.
- Stakeholder Engagement: Engaging with stakeholders such as property owners, regulatory agencies, community members, and environmental groups to communicate findings, solicit input, and address concerns throughout the study process.
Overall, soil contamination studies play a critical role in identifying, assessing, and managing environmental risks associated with contaminated soil, with the ultimate goal of protecting human health, ecological integrity, and the quality of the environment.