Pressure vessels, Storage tanks, Platforms

The industry knowledge possessed by our design engineers will contribute significant value to your project, concurrently ensuring that it complies with the appropriate codes and standards.

PRESSURE VESSELS

We specialize in designing Pressure Vessels that meet the stringent requirements of international codes, including AS1210, BS5169, and ASME VIII. Our commitment to quality, safety, and compliance is unwavering, ensuring that your projects meet the highest industry standards.

1. Code Compliance: AS1210, BS5169, and ASME VIII codes. We ensure that every design adheres to the relevant code and standard, tailored to your unique project needs.

2. Calculations: We perform detailed calculations to ensure that the Pressure Vessel can withstand the intended pressure, temperature, and environmental conditions.

3. Finite Element Analysis (FEA):

FEA allows us to simulate real-world conditions and identify potential stress points, ensuring the reliability of the design.

4. Third-Party Engineering Approval: Your safety is our top priority. We collaborate with trusted third-party engineering firms in New Zealand to conduct independent reviews and provide the necessary certifications and approvals for your Pressure Vessel, giving you peace of mind.

FOOD & CHEMICAL STORAGE TANKS/SILOS

We bring over a decade of experience and specialized expertise in the design, project management, and installation of storage tanks for both the food and chemical industries.

We design tanks to API 650, API 620 and AS 1692 for chemical storage.

For food storage tanks and silos to Stainless Steel plant and equipment standard.

This means that our clients can be rest assured that their storage solutions are built to the highest specifications for safety, quality, and reliability.

Comprehensive Tank Accessory Design Expertise

Custom-designed mixers, agitators, and precision-matched motors to ensure optimal fluid mixing and agitation tailored to your specific needs.

Precision-engineered vent and overflow systems that seamlessly integrate with your tank design for maximum safety and functionality.

Thoughtfully designed manway access points, prioritizing ease of maintenance and operation without compromising structural integrity.

Innovative design and selection of CIP systems with a focus on efficient tank cleaning, including the supply of versatile and removable spray balls or cleaning devices.

Advanced design for heating and cooling jackets, complete with effective insulation and durable sheathing, to maintain precise temperature control for your processes.

Creative design solutions for access platforms and ladders that enhance accessibility and safety, making your tanks easy to maintain and operate.

Expertly engineered stainless steel conduit systems for agitators and instruments, guaranteeing robust connections and protection for essential components.

MULTILEVEL PLATFORM/ WALKWAYS/STAIRWAYS LADDERS/MEZZANINE FLOOR

Whether it's designing multi-level platforms, access points, or tailored safety solutions, our team's long-standing experience is your assurance of quality, reliability, and innovation in every project we undertake.

Our Design engineers Design expertise in compliance with the NZS/AS 1657:2013. Fixed platforms, walkways, stairways and ladders.

Safety Compliance: Ensure platforms meet AS/NZS 1657 safety standards to prevent accidents and injuries.
Load Capacity: Determine and design platforms with the necessary load-bearing capacity for specific industrial applications.
Durability: Use high-quality materials and construction methods to ensure long-term durability in industrial environments.
Ergonomics: Consider worker comfort and accessibility, including railings, stairs, and workspaces.
Maintenance: Design for easy maintenance and inspection to ensure ongoing safety and functionality.
Non-Slip Surfaces: Incorporate slip-resistant surfaces on platforms to enhance worker safety in potentially wet or oily conditions.
Guarding and Handrails: Implement appropriate guardrails and handrails to prevent falls and provide adequate support for workers.
Access and Egress: Ensure safe and efficient access and egress points to and from the platform, following AS/NZS 1657 guidelines.
Environmental Conditions: Account for the specific environmental conditions, such as exposure to corrosive chemicals or extreme temperatures, and select materials accordingly.
Risk Assessment: Conduct a thorough risk assessment to identify potential hazards and incorporate appropriate safety measures into the platform design.
Third-Party Engineering Approval: We collaborate with trusted third-party engineering firms in New Zealand to conduct independent reviews and provide the necessary certifications and approvals for your Platforms, giving you peace of mind.