Waste & Circular Economy

Advanced Waste Solutions
Circular Economy Implementation

Esac Group Offers A Comprehensive Suite Of Services For Environmental Impact Assessments (Eia) And Site Remediation, Reflecting A Deep Understanding Of Environmental Challenges And A Commitment To Sustainable Solutions. Their Methodology Encompasses A Thorough Approach From Initial Assessments To The Final Stages Of Remediation And Post-remediation Monitoring, Ensuring Effective And Efficient Management Of Environmental Projects.

Waste Stream Audits And Analysis

To identify the types and quantities of waste generated by an organization and find opportunities for waste reduction, reuse, and recycling.

Planning and Preparation:

Assemble a team, define goals, and gather existing waste management data.

Waste Stream Identification:

Categorize waste streams and label bins for proper sorting.

Waste Quantification:

Document the weight or volume of each waste category.

Data Analysis:

Compile data, calculate percentages, and identify opportunities for waste reduction.

Circular Economy Strategy Development

Corporate Structure Design:

Establish A Team To Identify Pain Points And Set Achievable Goals

Market Opportunity Analysis:

Assess Market Size, Growth, And Regulatory Landscape

Competitive Landscape Analysis:

Evaluate Competitive Positioning And Capabilities.

Operating Model Definition:

Determine Capabilities, Resources, And Partnerships Needed

Zero Waste Programs

To Implement Programs Aimed At Reducing Waste Generation To Zero Through Prevention, Reduction, Reuse, Recycling, And Composting.

Setting Targets:

Define clear diversion goals and timelines.

Program Development

Focus on organics collection, single-stream recycling, and compliance in key sectors like public housing and schools.

Policy Implementation

Enforce regulations that support zero waste goals

Community Engagement

Educate and involve the community in waste reduction efforts.

Infrastructure Improvement

Enhance recycling and composting facilities.

Sustainable Packaging Solutions

To Implement Programs Aimed At Reducing Waste Generation To Zero Through Prevention, Reduction, Reuse, Recycling, And Composting.

Material Reduction

Minimize packaging use without affecting product protection

Sustainable Materials

Switch to materials with lower life-cycle emissions.

Waste Management Optimization

Encourage recycling and proper disposal.

Circularity

Promote reuse and recycling of packaging materials

Product Life-cycle Assessments (Lca)

To assess the environmental impacts associated with all stages of a product’s life from raw
material extraction to disposal or recycling.

01

Goal and Scope Definition:

Establish the LCA’s purpose and boundaries

02

Life Cycle Inventory (LCI)

Gather data on inputs and outputs.

03

Life Cycle Impact Assessment (LCIA)

Evaluate potential environmental impacts

04

Interpretation

Analyze results to inform decisionmaking and improve sustainabilit

Supply Chain Sustainability

To integrate sustainable practices throughout the supply chain, from sourcing to end-of-life product management.

Supplier Engagement:

Work with suppliers to adopt sustainable practices.

Sustainability Criteria

Set clear sustainabor procurement.

Transport Optimization

Minimize emissions through efficient logistics

Monitoring and Reporting

Track sustainability performance and report progress

Material Recovery And Recycling Plan

To maximize the recovery of materials from waste streams and promote their recycling into new products.

01

Material Identification

Determine which materials can be
recovered and recycled.

02

Collection System Design

Develop efficient collection mechanisms for recyclable materials.

03

Recycling Partnerships

Collaborate with recycling facilities and organizations.

04

Market Development

Identify markets for recycled materials

Regenerative Design Consulting

To create systems and processes that restore, renew, or revitalize their sources of energy and materials.

01

Systems Thinking

Apply holistic thinking to understand the interconnections within ecosystems

02

Biomimicry

Emulate nature’s patterns and strategies in design.

03

Resource Efficiency

Maximize the use of renewable resources.

04

Stakeholder Collaboration

Engage all stakeholders in the design process

Industrial Symbiosis Programs

To foster collaborative partnerships where the waste or byproducts of one industry become the raw materials for another.

Network Formation

Connect businesses that can share resources.

Resource Matching

Identify and match waste streams with potential users.

Collaborative Projects

Develop joint projects that benefit all parties.

Knowledge Sharing

Facilitate the exchange of best practices and technologies.

Extended Producer Responsibility (Epr) Advisory

To advise companies on taking responsibility for the entire lifecycle of their products,
including end-of-life management.

01

Policy Analysis

Understand and comply with EPR regulations.

02

Program Design:

Develop take-back schemes and recycling programs.

03

Stakeholder Engagement

Work with governments, recyclers, and consumers.

04

Performance Monitoring

Track and report on EPR program effectiveness

Biodegradable And Compostable Material Adoption

To replace conventional materials with those that can biodegrade or be composted, reducing environmental impact.

Material Assessment

Evaluate the suitability of biodegradable and compostable materials for specific applications.

Product Testing

Conduct tests to ensure material performance and compostability.

Supply Chain Integration

Source materials responsibly and ensure supply chain readiness.

Consumer Education

Inform consumers about proper disposal and composting

Biodegradable And Compostable Material Adoption