iEnvironmental Australia (iEnvi) was engaged by Transport for NSW (TfNSW) to provide waste classification and beneficial reuse assessment near the Jenolan Caves in the Blue Mountains. The Problem: Construction works on the Jenolan Caves Road project involved excavation of soil and bedrock. Some of that material had been impacted by anthropogenic activities, and all
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iEnvi was engaged by the client to complete a Targeted Soil Assessment relating the footprint of a shed previously located onsite. This was required by the council to assess the suitability of the site for the proposed residential development. The shed site covered an area of land during previous soil investigation and the underlying soil
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Large consistent volumes of landfill leachate emanating from a restored landfill site. The landfill had been used for many years, for the disposal of domestic and vehicle batteries and it was believed other wastes were also tipped. This leachate posed a threat to local surface and groundwater. Domestic landfill leachates can display a variety
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iEnvi was engaged by a local restaurant owner to manage the decommissioning and abandonment of three underground storage tanks (USTs) at a restaurant in Hervey Bay, QLD. The site is currently on the QLD Environmental Management Register (EMR) for historical use of the site as a commercial service station. The client wished to have the
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iEnvi were engaged by an engineering firm on behalf of a regional council to undertake a Construction Environmental Management Plan (CEMP) and components of an Environmental Impact Statement (EIS) for the construction of a sports complex. The CEMP was required for development approval of the site. The construction processes included clearing of existing vegetation, major
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Microbiologically Influenced Corrosion (MIC) is a term that refers to the change (either acceleration or inhibition) in corrosion caused by the presence of microorganisms (bacteria, yeast, fungi), typically as a result of their metabolic activities. The most commonly known outcome of MIC is a dramatic acceleration in the rates of corrosion, typically in the form
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iEnvi was engaged by a local council in the Southern Highlands to conduct an insitu Waste Classification (WC) and an excavated natural material (ENM) Assessment of soil beneath a segment of road to be redeveloped. The purpose of the WC and ENM Assessment was to characterise the soils beneath the segment of road planned
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Envi was engaged by a construction company to review and update the erosion sediment control plan (ESCP) as part of the construction environmental management plan (CEMP) for a State Significant development site in the Mornington Peninsula, Victoria. The update was necessary to address inadequate erosion sediment controls of the original ESCP identified at the site.
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The wastewater was highly contaminated with amines and phenols (COD up to 5000mg/l). The facility used a batch processing method, which meant the water was highly variable, and very difficult to treat by conventional methods. Starting with demonstration that soil based reed beds were the ideal solution as they were versatile enough to handle the
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iEnvi was engaged by a law firm on behalf of a confidential client as part of merger and acquisition due diligence to undertake preliminary site investigations (PSIs) at three metal fabrication facilities in Queensland, New South Wales and South Australia for the purpose of environmental due diligence. The client wished to purchase the sites
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