Water challenges we’ve solved.

Every project we take on is different. What stays the same is the approach – go broad and deep, understand the full system, and find solutions that hold up in the real world. Here’s a selection of the work we’ve done.

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Wetland Restoration Consenting at Osbornes Drain
  • Councils
  • Groundwater
  • Resource Consents

Wetland Restoration Consenting at Osbornes Drain

Wetland restoration projects can involve complex consenting requirements, particularly within environmentally sensitive areas. Selwyn District Council (now Selwyn Water Limited) engaged Aqualinc to obtain the resource consents required for wetland restoration and habitat enhancement works within the lower Osbornes Drain area.

Hydraulic Modelling to Support Catchment Management
  • Councils
  • Groundwater
  • Modelling & Hydrology

Hydraulic Modelling to Support Catchment Management

The Wairiri Valley Land Drainage Scheme plays an important role in supporting productive farmland while also providing opportunities to improve water quality, biodiversity, and the health of waterways flowing towards Te Waihora.

Small to medium drinking water supplies
  • Farmers & Growers
  • On-Farm Management

Small to medium drinking water supplies

Helping farmers, rural communities, and small suppliers navigate New Zealand's Water Services Act 2021 — from water supply reviews and treatment solutions to Water Safety Plans and quality sampling.

Christchurch River
  • Councils
  • Groundwater

Custodians of Christchurch City’s shallow groundwater monitoring network

Following the 2010-2011 Christchurch earthquake sequence, a network of piezometers was installed by the Earthquake Commission across Christchurch to monitor shallow groundwater levels.

What’s hot (and cool) about ground source heat pumps?
  • Groundwater

What’s hot (and cool) about ground source heat pumps?

A ground source heat pump uses groundwater (~12°C) instead of air for heating/cooling. Its stable source temperature makes it more efficient than air-based alternatives.