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Wastech, a leader in the waste management and resource recovery sector in Australia and New Zealand, has achieved a significant milestone with the completion of a state of the art recycling facility in Chullora, NSW.

This extensive project involved the production of a 400 tonne structure, conveyors, platforms and handrails, meticulously finished with galvanising, painting and powder coating.

Solution
LEED played a key role in supporting Wastech throughout the project, providing expertise in project specification, steel fabrication, surface treatment and logistics to ensure a seamless and timely delivery. This collaboration is an example of true partnership and demonstrates LEED’s commitment to supporting its customers in all facets of a project.

Customer benefits
Wastech and LEED worked together to streamline the supply chain, providing Wastech with a comprehensive, partner-like approach from project management through to manufacturing and logistics. This joint effort provided Wastech with an integrated solution to efficiently meet their overall project needs and goals.

Environmental benefits
In line with environmental sustainability objectives, the recycling plant efficiently processes co-mingled and source-separated recyclables co-mingled and source-separated recyclables from households as well as dry commercial and industrial waste. This approach underlines Wastech’s commitment to responsible waste management and contributes to wider environmental objectives.

In summary, the successful collaboration between Wastech and LEED in the construction of the recycling facility reflects a seamless partnership that delivers both operational efficiency and environmental responsibility.

The Trangie-Nevertire Irrigation Scheme (TNIS) screening project is currently Australia’s largest showcase of modern pump screening designed for fish protection (fishscreens.org.au). AWMA, a specialist in water management solutions, successfully delivered innovative screening solutions for the TNIS Pump Station upgrade project, located on the Macquarie River. Project partners included NSW Department of Industry and Environment (EES), Department of Regional NSW (Fisheries), Trangie-Nevertire Irrigation Scheme, Recreational Fishing Trust and OzFish Unlimited. LEED were engaged by AWMA as the steelwork supplier.

The AWMA screening solution eliminates fish and debris entrainment whilst guaranteeing reliable irrigation flows to 33 regional farms. This pump site was one of many nominated under the NSW Government’s Regional Recovery Program, upgraded to adhere to new fish protection guidelines.

Solution
LEED played a key role in the success of the Macquarie river pump station upgrades, by supplying precision steel elements, that addressed critical challenges. LEED successfully delivered custom structures including modular steel-reinforced troughs with enclosed lids, to a total project length of 50 metres and a weight of 20 tonnes. LEED’s expertise facilitated a specialised coating process that met the customer’s stringent protection requirements. This involved blasting and multi-coat paint finishes to ensure the durability and effectiveness of the components.

Customer benefits
With LEED’s support, AWMA was able to streamline manufacturing processes, ensuring superior precision in product creation. This collaboration resulted in improved in-house efficiencies and increased product quality.

Environmental benefits
The Exclusion Screens have successfully championed environmental sustainability, for river pump stations Australia-wide. DPI Fisheries estimates an annual saving of over 2 million native fish, resulting in a fish-friendly screening of 35% of the water extracted from the Macquarie River, as well as high-quality water delivery with less maintenance costs for operators.

The collaboration between AWMA and LEED demonstrates the power of collaborative efforts to solve complex challenges. LEED significantly contributed to the success of AWMA’s Fish and Debris Screening Solution through the provision of precision steel solutions. This project highlights the advantages of collaborative innovation in sustainable water management, that’s available right here in Victoria.

Whitlands Engineering, the renowned manufacturer of Australia’s most popular wood splitter, the WS3150 Superaxe, was determined to increase its production capacity to meet growing demand in Australia and export markets.

In order to achieve this, they partnered with LEED to optimise the manufacturing process of the WS3150 splitter frames and improve overall production efficiency.

Solution
Robotic manufacturing: LEED used advanced robotic technology to accelerate the production of the WS3150 splitter frames. By using robotics, LEED was able to significantly speed up the manufacturing process and increase output without compromising on precision and quality.

Custom jig design: LEED engineered and manufactured custom jigs
to securely hold components in place for sole robotic manufacturing. This innovative approach ensured that components were manufactured accurately and consistently, contributing to the overall efficiency and quality of the manufacturing process.

Surface treatment services: In addition to the manufacturing support, LEED also provided wet coating services to enhance the durability and longevity of the steel components used in the WS3150 splitter frames. This added further value to the overall product quality.

Customer benefits
LEED’s collaboration with Superaxe improved the manufacturing process for the WS3150 Superaxe wood splitter frames exemplifies the successful integration of advanced technology, innovative solutions and a commitment to quality.

The partnership has not only strengthened Superaxe’s production capabilities and product quality, but has also facilitated the company’s expansion into new markets, consolidating its position as a leading supplier of high quality wood splitters.

Mayfield is a well-known electrical infrastructure manufacturer in Australia. They recently completed a project that included the installation of advanced electrical switchboard rooms for a major infrastructure project.

Mayfield partnered with LEED to secure a reliable supplier for support structure. Mayfield’s goal was to provide a stable and secure power room foundation that would minimize vibration and ensure reliable operation of the switchboard equipment. In turn, this would ultimately extend equipment lifespan, reduce maintenance and improve the overall resilience of the infrastructure.

Solution
LEED played a key role in providing comprehensive support, manufacturing the custom support structure to the highest industry standards. This collaboration reinforced Mayfields’ electric switchboard room foundations, contributing to optimal performance and reliability. .

Customer benefits
Mayfield benefited greatly from custom-designed foundations, enhancing the reliability and efficiency of the switchboard rooms to meet the project requirements. The customer-centric approach reflected a commitment to seamless operation, contributing to the successful delivery of Mayfields’ power facilities.

This joint project emphasizes the importance of thorough planning and execution in delivering durable, high-performance components for critical electrical facilities.