Engineering and gold extraction technologies
20% ⟹ 92%
Your new partner in gold extraction anywhere in the world
We turn fragmented and inefficient operations into high-yield systems. Proprietary eco-friendly Rutenit reagent and advanced engineering.

Current challenges in processing

Systemic issues lead to significant lost revenue and underutilized deposits.

Low efficiency

Gravity methods leave 80% or more of gold in tailings. Direct loss of your revenue.

Lack of system

Uncoordinated equipment purchases and absence of an engineering approach reduce overall plant productivity.

Environmental risks

Use of cyanide and mercury creates huge risks and requires costly disposal.

Lost potential

Actual recovery is 3–4 times lower than possible with engineering optimization.

Our solution

Engineering for maximum extraction

We turn fragmented operations into fully integrated systems. Our approach combines advanced engineering, customized process design, and proven metallurgical solutions.

Rutenit reagent

Proprietary eco-friendly reagent. Safer and more effective than cyanide, especially on refractory ores and industrial raw materials.

End-to-end engineering

Integration of gravity, heap, vat and reactor leaching, sorption and electrolysis methods.

Recovery up to 92%

Process optimization to achieve recovery rates of 85–92% even on complex ores.

Eco-friendliness

Minimal environmental impact. Tailings and industrial waste processing.

Our engineering approach

01

Audit

02

Analysis

03

Selection

04

Implementation

05

Launch

We thoroughly study all stages of work, identify bottlenecks and suggest optimization paths.

We analyze raw material composition to select optimal processing technologies.

We select equipment and reagents suitable for specific raw materials.

We implement technologies to minimize losses and increase efficiency.

We train staff and ensure stable long-term operation.

Our engineering approach

+

Audit

We thoroughly study all stages of work, identify bottlenecks and suggest optimization paths.

+

Analysis

We analyze raw material composition to select optimal processing technologies.

+

Selection

We select equipment and reagents suitable for specific raw materials.

+

Implementation

We implement technologies to minimize losses and increase efficiency.

+

Launch

We train staff and ensure stable long-term operation.

Scalability

Parallel operation

Several ponds can operate simultaneously. Productivity depends on ore granularity and mineralogy.

Efficiency

Standard module

Size: 130 × 35 × 12 m
Volume: ≈68 000 tons
Cycle: 36 hours

Technology

Process

Heap leaching with aeration and Rutenit reagent. Main recovery — 36–48 hours.

Partnership

We implement joint projects and create effective cooperation models

Turnkey engineering

We handle the entire cycle: reengineering, design, reagent adaptation, production, and launch. Our engineers ensure operation. Profit distribution as per agreement.

Joint Venture (JV)

Creating a management structure combining assets and competencies. We provide the technological foundation. Operational management and profits are within the JV.

Choose cooperation model

Our projects in action

Our specialists develop customized solutions for gold mining in the most challenging conditions.
We work with major enterprises around the world, ensuring maximum efficiency and safety of processes.
The Rutenit team combines advanced engineering, adaptive technologies and environmentally friendly reagents to achieve the best results even on complex ores.
We follow modern trends and apply cutting-edge approaches so that our solutions meet the challenges of tomorrow.

Rutenit Project