Briefing for Request for Proposals on Landfill Conservation 13 - - PowerPoint PPT Presentation

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Briefing for Request for Proposals on Landfill Conservation 13 - - PowerPoint PPT Presentation

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Briefing for Request for Proposals on Landfill Conservation 13 April 2018 Agenda No. Item Time 1 Background on the Closing The Waste Loop R&D initiative 14:00 2 Request for Proposals on Landfill Conservation a. Scope 14.15 b.

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SLIDE 1

13 April 2018

Briefing for Request for Proposals

  • n Landfill Conservation
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SLIDE 2

Agenda

2

  • No. Item

Time

1

Background on the Closing The Waste Loop R&D initiative

14:00

2

Request for Proposals on Landfill Conservation

  • a. Scope
  • b. Reference Values
  • c. Sampling of IBA/IFA
  • d. Administrative Details

14.15

3

Q&A

14.45

4

End

15.15

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SLIDE 3

1

Background on CTWL

3

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SLIDE 4

Closing the Waste Loop

  • Convert residues to

resources

  • Maintain a clean and

liveable environment

  • Minimise environmental

impacts

  • Improve segregation and

material recovery yield

  • Improve labour productivity
  • Improve energy efficiency
  • Minimise water usage

Programme Objectives

  • Create societal and

economic value

Landfill Avoidance Maintaining high levels of public health Resource Efficiency Value Capture Strengthen resource resilience, enhance liveability and sustainability Extend Semakau Landfill lifespan to beyond 2035 Contribute to SSB target

  • f 70% recycling rate

SSB vision of a liveable and sustainable city

4

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SLIDE 5

Singapore’s Waste Management System

2017 figures Recycling Collection Landfill Waste-to-Energy Total Waste Generated 21,107 t/d Non-Incinerable Waste 616 t/d Ash 1,531 t/d Incinerable Waste 7,827 t/d Total Recycled Waste 12,943 t/d

3% 37% 61%

Metals Recovered 279 t/d Recyclable Waste 12,664 t/d

60%

Consumers Producers

Commercial & Retail Residential Factories & Industries

3

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Key Challenges – Waste Growth and Land Scarcity

1 1

Landfill WTE Plant

Every 7-10 years Every 30-35 years

At the current rate of waste disposal, we will need to build:

Semakau Landfill

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3%

Non-Incinerable Waste

Closing the Waste Loop

Programme Themes

37%

Incinerable Waste Waste-to-Energy Landfill Electricity Recycling Collection Reuse Ash

60%

Waste recycled

Consumers Producers

Commercial & Retail Residential Factories & Industries

Theme 2: Landfill Conservation Theme 4: Digital and Data-Driven Management Systems

Waste to Resource Residue to Resource

Theme 3: Environmental Remediation

Landfill Remediation

[Existing] Waste-to-Energy Programme Theme 1: Segregation and Value Recovery

7

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SLIDE 8

Focus Areas

Programme Themes

Closing the Waste Loop R&D Programme

Theme 1: Segregation and Value Recovery Theme 2: Landfill Conservation Theme 3: Environmental Remediation

  • Hydrometallurgy methods for e-

waste recycling

  • Sustainable and bio-benign plastic

packaging materials

  • Food waste conversion to energy

and nutrients

  • Rapid site investigation and

assessment methods

  • Cost-effective remediation

technologies

  • On-site treatment of soil and

residues

  • Cost-effective & energy efficient

treatment processes for incineration ash and non- incinerable waste

  • Treatment for recycling of

industrial residues

  • Novel applications for incineration

bottom ash/ residues

Theme 4: Digital and Data-Driven Management Systems

  • Analysis of waste generation and management in the whole value chain
  • Modelling and simulation to inform on planning and policy decisions
  • Influence human behaviour through behavioural science

8

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SLIDE 9

2

Request for Proposals on Landfill Conservation

9

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SLIDE 10

Innovative proposals are sought to process the IBA and/or IFA into:

Outcome A: Aggregates for construction industry; AND/OR Outcome B: Novel materials for industrial or commercial applications

Details of Grant Call

10

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Aggregates for construction industry i. unbounded loose form for replacement of conventional aggregates in construction industry

e.g. road sub-base layer and non-structural concrete

ii. meet the Reference Values and specific requirements prescribed by relevant authorities

e.g. aggregates for road sub-base with LTA’s material specifications

iii. provide estimations of the cost effectiveness and resource efficiency vs state-of-the-art technologies and have significantly lesser environmental impact

e.g. lesser water and energy consumption, raw material inputs, waste generation, emissions and pollution etc

Details of Grant Call – Outcome A

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Novel materials for industrial/commercial applications i. processed into novel material/product

e.g. light weight aggregates, refractory materials and catalyst

ii. highlight the characteristics of ash favouring the application iii. describe the life cycle of the material/product developed

e.g. the manufacturing process, storage, use and the eventual disposal and fate of the material/product

iv. cost effectiveness and resource efficiency vs state-of-the-art technologies and environmental impact v. meet the Reference Values and/or any other requirements/standards for safe use of the material/product

Details of Grant Call – Outcome B

12

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For all proposals: i. Show process flow and include technical details

e.g. mass/energy balance, important intermediate products, identification and treatment of the potential waste, waste water, emissions and by-products

ii. illustrate the novelty and/or innovations of the technique iii. Ideally use all IBA and/or IFA in its entirety iv. Encourage consortiums with demo/prototyping capabilities for end-to-end solutions. Technology Readiness Level <5 should include development of prototypes/demonstrating the proof-of-concept

Details of Grant Call

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Reference Values for IBA Use

Parameter Sample Preparation Method Test Method Maximum Allowable Value

(in terms of mg of parameter / kg

  • f dry material)

Antimony BS EN12457-1:2002 USEPA 6010C or APHA 3120B

  • r APHA 3125B

0.02

Arsenic

0.07

Barium

6.0

Cadmium

0.001

Chromium (total)

0.05

Chromium (VI) USEPA 7196A

  • r APHA 3500-Cr (B)

0.04

Cobalt USEPA 6010C or APHA 3120B

  • r APHA 3125B

0.01

Copper

0.04

Manganese

0.100

Mercury USEPA 6020A or APHA 3125B or APHA 3112B

  • r Mercury analyser

0.0050

Molybdenum USEPA 6010C or APHA 3120B

  • r APHA 3125B

0.2

Nickel

0.01

Lead

0.02

Sodium

300

Silver

0.01

Selenium

0.01

Tin

0.1

Vanadium

0.5

Zinc

0.2

Bromide USEPA 300.1 or APHA 4110B

1

Chloride USEPA 300.1 or APHA 4110B

  • r APHA 4500-C

30

Fluoride USEPA 300.1 or APHA 4110B

  • r APHA 4500-F

7

Sulphate (SO4) USEPA 300.1 or APHA 4110B

100

Ammonia (as N) APHA 4500-NH3 (D) or (H)

1.00

Total Nitrogen (as N) APHA 4500-N (C)

  • r JIS K0102.45.5:2010

6.0

Total Phosphorous (as P) USEPA 6010C

  • r APHA 4500-P (H) / (I)
  • r HACH 8190

0.50

Total Organic Carbon (TOC) APHA 5310B

60

Chemical Oxygen Demand (COD) USEPA 410.4 or APHA 5220B

  • r HACH 8000

200

Parameter Sample Preparation Method Test Method Maximum Allowable Value

(in terms of mg of parameter / kg of dry material)

Benzene USEPA 5021A USEPA 8260C 1 Ethylbenzene 1 Toluene 1 Xylenes (sum) Being the sum of m- xylene, p-xylene and o-xylene 1 Phenol Distillation USEPA 8270D or HACH 8047 1 Naphthalene USEPA 3545A USEPA 8270C or USEPA 8270D 1 Phenanthrene 10 Anthracene 10 Fluoranthene 10 Chrysene 10 Benzo(a)anthracene 10 Benzo(a)pyrene 10 Benzo(k)fluoranthen e 10 Indeno(1,2,3cd)pyre ne 10 Benzo(ghi)perylene 10 PAHs (sum) Being the sum of aforementioned PAHs 10 PCBs (sum of PCB 28, 52, 101, 118, 138, 153 and 180) USEPA 3545 USEPA 8270D 0.1 Mineral Oil USEPA 5021A or USEPA 3546 USEPA 8015C 100 Asbestos As required for microscopic analysis Microscopic The Maximum Allowable Values are subject to review

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i. Interested applicants may request for ash sample collection on the following dates

  • 24 Apr 2018
  • 8 May 2018
  • 22 May 2018

ii. Interested applicants are to submit the duly filled sample request form to the Secretariat at least 3 days in advance

  • f the desired collection date

iii. Applicants will be notified of the designated collection site and are required to bring their own containers for collection

Sampling of IBA/IFA

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Application Instructions

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  • Submission via the Integrated Grants Management System (IGMS) at

https://researchgrant.gov.sg

  • Applicants have to register and activate their account to log into the IGMS.
  • All applications must be endorsed online by the Director of Research (or

equivalent) and lodged in the IGMS by 25 Jun 2018, 11 am Singapore Time.

  • Successful proposals will be notified in writing by Dec 2018.
  • Details are also available on NEA’s website http://nea.gov.sg/grants-

awards/closing-the-waste-loop-initiative Please note that IGMS is scheduled for maintenance in April and May 2018

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SLIDE 17

Eligibility

17

The RFP is to support R&D work carried out in Singapore and is extended to the following organisations.

  • Institutes of Higher Learning (IHLs)
  • Public sector agencies
  • Research Institutes
  • Singapore-registered companies
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SLIDE 18

Evaluation Criteria

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S/N Evaluation Criterion Weightage (%) 1 Sustainable waste management solution for Singapore 35 2 Technological competency and manpower capability building 25 3 Value for money 25 4 Execution capabilities 10 5 Potential for other market applications 5 Total Score 100

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SLIDE 19

Budget and Schedule

  • The applicant and its collaborators should provide in-kind services, industry

spending, and tangible contributions towards the proposed project.

  • Project duration shall not exceed 3 years

Entities Funding IHLs, public sector agencies and not-for-profit organisations Up to 100% funding support for approved qualifying direct cost items of a project. Singapore-registered companies and for-profit research

  • rganisations

Up to 70% of the approved direct qualifying costs of a project

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For Enquiries

Mr Bai Yihao DID: 6731 9091 Email: bai_yihao@nea.gov.sg Mr Seow Teow Gay DID: 6731 9465 Email: seow_teow_gay@nea.gov.sg For RFP related matters, please contact : For IGMS-related matters please contact : helpdesk@researchgrant.gov.sg

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Safeguard • Nurture • Cherish

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